ISSN 1106-5419

EnunqpoVlKo m:ptoOtKO 1:qc; EU.qVlKqC; YOpOUXVlKt}C; ~Evwoqc; (EYE)

TopoC; 10

OK1:W~ptoC; 2000

HYDROTECHNlKA Journal of the Hellenic Hydrotechnical Assosiation

Volume 10, October 2000

EKAOTIKH I EnJrTHMONIKH EnJTPOnH

ruvTOVI0"T11S: MTTal-.JlTmsIlJ6TTOUAO~ X., Ka8. Ane

Avaomorooou-nap8Eviou E., Ka8. Ane .6.Epl-'fof]~ B., Ka8. Ane

I\mrv6TTouAO~ n., Ka8. Ane TsrI-'6TTOuAO~ X., Ka8. Ane

Tlr:; OUO TEAwmiEr:; O/ETiEr:; f) EYE ~EKivf)OE f../la TTpoamJBEIa aUVKtvTpWaf)r:;, Kamvpa­cpr'jr:; Kat f../ETacppaaf)r:; TWV UOPOTEXVIKWV OpWV, f../E aTTWTEpO arOXo Tf) Otaf../OpCPWat7 EVOr:; KaTa TO ouvarov TTAr'jpour:; AE~/KOU f../E Ar'jf../f../am oAwv TWV VVWaTlKWV aVTlKElf../tVWV Tf)r:; U­OpaUAIKr'jr:; ETTlarr'jf../f)r:;. H TTPWTf) f../Opcpr'j TOU /\E~/KOU (fJ.EKtf../{3PIOr:; 1997) r'jmv aTToTtAwf../a auAAoVIKr'jr:; oouAElar:;, Tf)V oTToia avtAa{3E Of../aoa Epvaaiar:;, TTapaAAf)Aa f../E m aAAa EmaTI7-f../OVIKa Kat OIOIKf)TIKa KaBr'jKovm TWV f../EAWv TTOU Tf) aTEAtxwaav. Eivat WVOf)TO OTI UTTr'jp­xav EAAEiljJElr:; aE Ar'jf../f../am oplaf../tvwv BEf../aTlKWV TTEPIOXWV, KaBwr:; Kat KaTTO/Er:; TTapaA/7-ljJE/r:; r'j Kat aaTOXEr:; aTToooaE/r:;, TTapa Tf)V TTpoaTTlJBEla TTOU Kam{3Ar'jBf)KE Via TO aVTiBETO. ETat CPWTOTUTTr'jBf)KE TTEpIOplaf../tvor:; apIBf../or:; aVTlTUTTWV VIa TTEPatTtpW {3EATlwaElr:;.

MoAovOTl Kat aUTr'j f) TTPWToAEIa f../OPcPr'j TOU /\E~/KOU TTOU of VET at EOW, aTTtXEI aKOf..//7 ap­KETa aTTO TOV TEAIKO f../ar:; aTOXO, BEwpr'jaaf../E OTI f) of)f../oaiwar'j Tf)r:; wr:; EIOIKr'jr:; EKOOatK TOU TTEPIOOIKOU f../ar:;, Ba tOlvE TI7V wKatpia aE oAa m f../tAf) Tf)r:; EYE, TTOU KaAuTTTouv f../EV6Ao cpaaf../a VVWaTlKWV aVTlKElf../tvwv, va EVTOTTfaouv a{3AEljJiEr:; r'j TUXOV TTapaAEiljJElr:; aE Ar'jf../f../am Tf)r:; E/OIKOTf)Tar:; TOUr:;, Kat va aUf../{3aAAouv tTaI arf)v TTAf)ptarEpf) f../Opcpr'j TOU /\E~/KOU, TTOU wEA maTOUf../E va Olaf../OpcpwaOUf../E.

EuxaplaTOUf../E EK TWV TTpOTtpWV Via Tf) auvEPvaaia.

H EKOOTlKr'j / Emarf)f../OVIKr'j EmTpoTTr'j

rUV£OpOIJOV O"TIl oloIJoPCPwO"Il OUT~S TIlS IJOPCP~S E. Avacrracrra6ou-nap8Eviou, Ka8f]Y~Tpra Ane K. M£I-'o~, Av. Ka8f]Yf]T~~ EMn M. LaKEMapiou-MaKpaVTWVaKf], Ka8rlY~Tpra nav/l-'iou ewoaAia~. f. TEPsf6f]~, 01-'. Ka8f]yf]T~~ Ane X. TsrI-'6TTOuAO~, Ka8f]Yf]T~~ Ane

alOIKIlTIKO rUIJ!3ouAlo EYE (1998-2000) f. TEPsf6f]~, np6E6po~ X. TsrI-'6TTOUAO~, AVTlTTp6E6po~ E. Avaomcrr66ou-nap8Eviou, fEV. fpal-'I-'mta~ E. Xmsf]yraVVaKf]~, Tal-'fa~ M. BQ(pEr66f]~ K. Kamr<papaKf]~ A8. navwpa~ Ap. naTTa66TTouAO~ M. LaKEMapiou-MaKpaVTWVaKf]

0EO"O"oAovfKIl, OKTW!3PIOS 2000

EJ\J\HNIKH Y~POTEXNIKH ENOrH (EYE) J\E:::IKO Y~POTEXNIKON OPON

Ol-laiSa Epyaulw;; E. Avaommaoou-nap8£viou, Av. Ka81lY~Tpla Ane B. AVTWVOTTOUAO<;, Av. Ka8IlYIlT~<; Ane M. Baq)£looll<;, ETT. Ka8IlYIlT~<; Ane K. KOTmcpapoKIl<;, Av. Ka8IlYIlT~<; Ane X. MTTaIJTTOT~I\JOTTOUAO<;, Ka8IlYIlT~<; Ane !:::,.. naTTaIJlxa~A, Av. Ka8IlYIlT~<; Ane L. naTTouTO~-4JuXou66KIl, Av. Ka81lY~Tpla Ane n. npivo<;, Av. Ka8IlYIlT~<; Ane X. T~IIJOTTOUAO<;, Ka8IlYIlT~<; Ane E. XOT~IlYlavvoKIl<;, r£WTTOVO<;, M.!:::". Eyy£iwv B£ATltDO£WV

rUI-II-IU£lXav e. Z~OIl<;, Av. Ka8IlYIlT~<; Ane N. !\£TTTioou-!:::,.£PIJioll, Av. Ka81lY~Tpla Ane N. KaAa"iT~ioou-nO"jKOU, ETT. Ka81lY~Tpla Ane 8. KapaIJTTo<;, !:::"p. nOA. MllxavlKo<; L. XPIOTOTTOUAO<;, !:::"p. nOA. MllxavlKo<;

rUVTOVIUTrlt;; X. MTTaIJTTm~IIJOTTOUAO<;, Ka8IlYIlT~<; Ane

~aKTuAoypaq>IU'l

'EAoa XouAlopa

ETTll-ltAEla rloVVIl<; XouAlopa<;, <t>umKo<;

~IOIK'lTIK6 rUIJ[3ouAlo EYE (1996-1998) X. MTTaIJTTOT~IIJOTTOUAO<;, npo£opo<; N. !\£TTTioou-!:::,.£PIJioll, AVTlTTPO£OpO<; E. AvaCJTamooou-nap8£viou, rEV. rpaIJIJOTEa<; L. XPIOTOTTOUAO<;, TaIJia<; M. Bacp£looll<; e. KapaIJTTo<; !:::,.. naTTaIJlxa~A X. T~IIJOTTOUAO<; E. Xm~IlVlavvoKIl<;

0wuaAOVIK'l, ~EKtlJ[3PIOt;; 1997

ArrAOEAAHNIKO AE::IKO

A

abiotic : a~IOTIKo<; about: TT£piTTOU absolute: aTToAuTo<; absolute ceiling : opocp~ aVWTClTr] absolute error: ocpoAl-la aTToAuTo absolute humidity: uypaoia aTToAuTr] absolute pressure: TTiwr] aTToAuTr] absolute temperature: 8£PI-lOKpaoia

aTToAuTr] absorb: aTToppocpW absorb: TTPOOpOcpw absorber:aTToppocp~o£w<;I-lEoo absorption: aTToppocpr]or] absorption: aTToppocpr]TIKOTt"]Ta absorption: TTpOOpOCPr]or] absorption constant: ow8£po

aTToppocp~o£w<;

absorption control: EA£YX0<; aTToppocp~o£w<;

absorption dynamometer: oUVal-lOI-lETPO aTToppocpr]or]<;

absorption factor : OUVT£AWT~<; aTToppocp~o£w<;

absorption hygrometer: uypOI-lETPO aTToppocp~o£w<;

absorption of water: aTToppocpr]or] uoaro<;

absorption of water: £IOpOCPr]Or] uoaro<;

absorption spectrum: cpool-la aTToppocp~o£w<;

absorption trap: TTayioa aTToppocp~o£w<;

abstract: TT£piAr]ljJr] accelerated velocity: WXUTr]W

£TTlWX UV01-l £vr] acceleration: £TTlTOXUVOr] acceleration of gravity: £TTlTOXUVOr]

~apuTr]w<; accelerograph : opyavo Karaypacp~<;

£TTlWXUVO£wv

accelerometer: opyavo I-lETpr]Or]<; £TTlWXUVO£wv

acceptable: TTapao£KTo<; acceptance : aTTooox~ access opening: £lo6i5ou ovolYl-la access time: Xpovo<; TTPOOTT£AOO£W<; accessories : £~apT~l-lara accessories: TTap£AK0I-l£Va accost: TTAWpiC;w accumulation: ouoowpwor] accuracy : aKpi~£la ace: 0000<; acetate : O~IKO oAa<; acetic acid : O~IKO o~u acetometer : O~UI-l£TPO acid : o~u acid bath : O~EO<; AOUTPO acid rock: TTETpWl-la O~IVO acid soil : O~IVO Eoacpo<; acoustic distortion: TTapal-l0PCPwor]

r]XtlTlK~ action: opoor] action: £vEpY£la activate: £V£PYOTTOIW activation: £v£pyoTToir]or] activator : £V£PyOTTOIr]T~<; active: £V£pYr]TIKO<; active area: £TTlcpov£la £v£pyo<; activity: opoor] activity: £vEpY£la actual evapotranspiration:

TTpaYl-larlK~ £~arI-lIOOOlaTTvo~ acutangular : O~UYWVIO<; acute - angled: I-l£ o~£i£<; ywvi£<; acute : o~u<; acute angle : o~£ia ywvia addressee : TTapaA~TTTr]<; adhesion: TTpOOCPUOr] adhesive: TTPOOCPU0I-l£vo<; adiabatic : aOla~arIKo<; adjacent: TTapaK£il-l£vo<; adjoining: TTapoTTAwpO<;

6

adjust: OIEUSETW adjuster : pUSIJIOT~C; adjusting nut: m:plKoxAlo puSlJfa£wc; adjusting washer: cpAclvTSa pUSIJIOTIK~ adjustment: OIOPSWOT] adjustment : TTpOaaplJoy~ adjustment: PUSlJlall adjustment nut: TT£PIKOXAIO

TTpOaaPlJoy~c; admissible: TTapao£KToc; admission port: Supfoa £Iaaywy~c; admission valve : £Iaaywy~c; j3aAj3foa

aTlJou advantage: TTAwvtKTilIJa advantageous: TTAwv£KTIKOC; advection: lJ£wcpopa adverse pressure gradient:

avaaXETIK~ KAfall TTfWIlC; aeolian: OIoAIKOC; aeolian rock: TTtTpWlJa OIoAIKO aerial photography: a£pocpwToypacpfa aerodynamic resistance: aVTfawall

a£pOOUVaIJIK~ aerodynamic scale: TTAaOTlyya

a£pOOUVaIJIK~ aerophotographic :

a£pocpwroypacpIKoc; aft: TTPUlJvafo aft draught: j3uSlalJa TTpulJvafou age limit: OPIO IlAIKiac; age of tides: IlAIKfa TTaAfppolac; aggregate: TTpOalJlYlJa aopavtc; aggregate: auvoAIKOC; aggregate: auaaWlJaTWlJa aggregation: auvaSpolall aggregation: auaawpEUall agreement: aUlJcpwvfa agricultural: Y£WTTOVIKOC; agricultural: Y£WPYIKOC; agricultural water demands: avaYK£C;

TWV KaAAI£pY£lwv a£ v£po agriculture: y£wTTovfa agriculture: y£wpyia agriculturist: Y£WTTOVOC; agronomy: aypovolJfa air bubble: cpuaaAfoa atpoc; air cleaner : KaSaplaT~pac; atpoc;

1\8~IK6 YOpOT8XVIKc!W 6pwv

air cock : £~a£pIOTIKOC; KPOUVOC; air cooling : a£poljJu~1l air filter : KaSaplaT~pac; atpoc; air filter: cpfArpo atpoc; air humidity: uypaafa atpoc; air observer : TTaparr]PIlT~C; atpoc; air pipe : £~a£plalJou awA~vac; air pocket: tYKA£lalJa atpoc; air pressure gauge : IJETPIlT~C; TTfWIlC;

atpa air strainer : KaSapIOT~pac; atpoc; air-gap: olaK£vo atpoc; airscrew: tAIKa alcalic water: uowp aAKaAIKo algae: aAYIl algebra: aAy£j3pa algorithm: aAyopISIJ0C; aliasing: avaofTTAwall TOU cpaalJaTOC; alignment: EUSuypalJlJlall alkalinity indicator: OEiKTIlC;

aAKaAIKoTIlWC; allowance: £A£uS£poC; xwpOC; allowance: OPIO £TTlTP£TTOIJ£VO alluvial: TTpOaXWlJaTIKOC; alluvial accumulations: xwpa

TTpoaxwGly£v~C; alluvial deposits: aTToSwll

aAAouj3laK~ alluvium: TTpoaxwall alphanumeric characters:

xapaKT~p£c; aAcpaplSIJ IlTIKOf alternate depths: £vaAAaaaolJ£va

j3aSIl (uop. aAlJaToc;) alternate depths: laoouvalJa j3aSIl alternate method : £vaAAaKTIK~

IJtSoOOC; alternating field: mofo

£vaAAaaaolJ£vo alternative: £vaAAaKTIKoc; aluminium (AI) : apyiAAlo aluminum: apyfAAlo ambient: mplj3aAAwv ammonium acetate : O~IKO alJlJwvlo ammonium oxalate : o~aAIKo alJlJwvlo amount of rainfall : j3pox~c; TToaoTllw amplitude distortion: TTapalJopcpwall

TTAclTOUC;

EYE 2000

amplitude of oscillation: lTMTOC; WAaVTlJ.JCJEwV

analog model: olJoiwlJa avaAoYIKo analysis: aVaAuCJIl analysis of variance: avaAuCJIl

olaCJlTOpac; analytic functions: avaAuTIKEC;

CJuvapT~CJEIC; analytical : aVaAUTIKOC; anchor: aYKupa anchor ice: lTayoc; l3u80u anchor nut: lTEPIKOXAIO CJTEPEWCJEWC; anchor pin: lTEipoC; aYKICJTpWCJEWC; anchoring: aYKupwCJIl anchoring: lTPOCJOECJIl anchoring: pil{J1l aYKupac; ancillary: 1301l81lTIKoC; ancillary: OEUTEPEUWV ancillary: CJUlJlTAIlPWlJmIKoc; angle: ywvia angla valve : ywvlaK~ l3aAl3ioa angular: ywvlaKoc; angular deformation: lTapalJOp<PwCJIl

ywvlaK~

angular distance: alToCJTOCJIl ywvlaK~ angular frequency: CJUXVOTIlTO

YWVIWOIlC; angular velocity: TOxuTIlTO ywvlaK~ anisotropic medium: aVICJoTpOlTO

IJECJO annex: lTapapTlllJa (13II3Aiou) annual : ET~0I0C; annual precipitation: KmaKPlllJviCJEIC;

ET~OIEC; annual rainfall: I3poxomwCJIl ETIlCJia annulus: OaKTUAIOC; anodic oxidation : o~EfOWCJIl avoolK~ antecedent soil water conditions:

lTPOIlYOUIJ EVil uypaOlaK~ KmaCJTOCJIl TOU EOcJ<pOUC;

anti polarising winding : lTEPIEAI~1l aVTIlTOAWTIK~

aperiodicity : EMEIljJlllTEPIOOIKOTIlTOC; aperture: avolYlJa apparatus : CJUCJKEU~ apparent: <pOlVOIJEVOC; apparent horizon: <pOlVOIJEVOC; opfC;wv

7

apparent latitude: lTMTOC; <pOlVOIJEVIKO apparent velocity: <pOlVOIJEVIl

TOxuTIlTO appendix: lTapapTlllJa (13II3Aiou) appliance: opyavo applied science : ElTICJT~1J1l

E<paplJoCJIJEVIl applied science : 8ETIK~ ElTICJT~iJ 11 approach: lTpoCJEYYICJIl approximation: lTpoCJEYYICJIl aquatic: uopol310c; aqueduct:uopaywyEfo aqueduct:uopaywyoc; aqueous : uoap~c; aqueous : uomoElo~c; aquiclude: CJTpwlJa aOlalTEpmO aquiclude: uomoCJTEYEC; CJTpwlJa aquifer: CJTpwlJa uopo<popo aquifuge: CJTpWlJa avuopo arbitrary: au8aipEToc; arched culvert: OXETOC; 80AWTOC; Arctic Ocean: WKEaVOC; 80PE10C;

naywlJEvoC; area : EKTOCJIl area: ElJl3a06v area: ElTI<pavEla area : lTEPIOX~ area of a curved surface: ElJl3aoov

KalJlTuAIlC; ElTI<pavEfac; area of diagram: ElJl3a06v

olaypalJlJmoc; area of doubt : lTEPIOX~ alJ<Pll3ol\fac; areometer: apOlolJETPO argentum (Ag) : apyupoc; argilaceous rock: lTETpWlJa apYIAIKO argument: oplCJlJa arithmetic mean: apI81JIlTIKOC; IJECJOC;

opOC; armature winding : lTEPIEAI~1l

ElTaywYllJoU armoured: OlTAICJIJEVOC; artesian: apTECJlaVOC; artesian spring : lTIlY~ apTECJlaV~ artesian well : <ppEap apTEOIavo artificial harbour: AllJaVI TEXVIlTO aseptic: aCJlllTTIKOC; ash content: lTEPIEKTIKOTIlTO CJE TE<ppa

8

aspiring pump: aVTAia KEVOU

assemblage: ouva8poloTJ assemblage: oUVEVWOIl

(TTEmpaollEvWV OTOIXEiwv) assignment: ava8wIl Epyaoiac;; assignment : aTTooToA~ assignment: EVTOM

associative law : TTpooETmplmlK~ IOIOTIlTa

assumption : TTapaoox~ assumption: uTTo8WIl asteroids: aOTEpoEIOEiC;; astronomical observation :

TTapaT~PIlOIl aOTpovolllK~ asymmetry: aoullllETpia asymptotic: aouIlTTTwTIKOC;; asymptotic expansion: avaTTTUYlla

aoullTTTwTIKO asymptotic formula: TUTTOC;;

aouIlTTTwTIKOC;; Atlantic Ocean: WKEOVOC;; ATAavTlKOC;; atmosphere: aTlloocpmpa atmospheric: aTlloocpmplKoc;; atmospheric pressure: TTiWIl

aTlloocpmplK~ atmospherics: TTapaOlTa

aTlloocpmplKa atomic clock: WPOAOYIO aTOlllKO atomiser : pavTlm~pac;; atomizer : ljJEKam~pac;; attenuation : aTToo~wll auger: TpuTTavl auto - rotation : aUToTTEplmpocp~ autocorrelation: aUToouoXETloll autocovariance : aUToolaKullavoll automatic control: EAEYX0C;; aUTollaTOC;; automatic control: XEIPIOIl0C;;

aUTOllaTOC;; automatic control device: opyavo

aUTOllaTOU EMyxou automatic transmission : EKTTOIlTT~

aUTollaTOC;; autoregressive: aUToTTaAlvopollWv autotrophic: aUToTpocp0C;; auxiliary phase: CPaoll ~OIl8IlTIK~ available: ola8EOIlloc;; available energy: ola8EOIIlil EVEPYEla

118~IK6 YOpOreXVIKWV 6pwv

available heating value : 8EPllavTIK~ IKaVoTIlTa ola8EOIIlil

available water: ola8EOIIlil uypaoia available water: ola8EOIIlo VEPO avalanche : Xlovoml~aoa average speed: TaXUTIlTa IlEOIl average value: IlEOIl TIIl~ axial component: OuvloTwaa a~ovIK~ axial flow pump: aVTAia a~ovIK~C;; po~C;; axial thrust: w81l01l a~ovIK~ axiom : a~iwlla axis : a~ovac;;

B

bacillus : ~aKIAoc;; back (reverse)emission : EKTTOIlTT~

avampocpoc;; back: oTTio810C;; back: TTiow back face: OljJll oTTlo8ia back side: olTlo8ia TTAEUpa back view: oTTlo8ia OljJll backing: oTTlo8ooPOlliloil backward and forward motion:

TTaAlvopolllK~ KiVlloll backward movement: oTTlo8ia KiVIlOIl backwater curve: KallTTuAIl

umpuljJWoEWC;; bacterium : ~aKT~plo balance : loo~uYlo balance: TTAaoTlyya ball valve : ocpmpoElo~C;; ~aA~ioa ballast: EPlla ballast : EPllaTi~w ballast : oa~oupa ballast water line: ioaAoc;; ypallll~

EPllaT10llOU ballasting: EPllaT10IlOC;; bandage: TTEpioWIl bank: oX81llTOTallOU bank protection: TTpooTaoia

avaxwllaTwv bar:pa~ooc;;

barchart :pa~ooypalllla bare land: XEPOOC;; TOTTOC;; barograph : ~apoypacpoc;;

EYE 2000

barograph portable: l3apoypcl<po<; <p°P'1TO<;

barometer: l3apolJHpo barometric: l3apolJETplKo<; barometric height: UlJ.l0<; l3apolJETplKO barometric reading: avclYvwcr'1

l3apo(JETpIK~ barothermograph : l3apoSEPlJoyPcl<Po<; barotropic fluid: PWcrTO l3apoTpoTTIKO basic: l3amKo<; basin: AEKclV'1 basin : TaIJIWT~pa<; basin of a river: AEKclV'1 TTOTaIJOU batch file: O£crlJ'1<; apxEio bath : AouT~pa<; bay: KOATTO<; bay: 0PIJ0<; beach : TTapaAfa beaching: TTPOcrOlYlclAWcr'1 beam transmission : EKTTOIJTT~

KaTEUSUVOIJEV'1 beat: TTaAlJo<; bed: KofT'1 TTOTaIJOU bed: TTuSIJ£va<; behind: TTfcrw belting: mpfswlJa bench: TTclYKO<; bend: KcllJlJ.l'1 bending: KcllJlJ.l1l bending moment : pOTT~ KcllJlJ.lEW<; benthic: I3EvSIKo<; benthus : l3£vSo<; benton ite : IJTTEVTOvfT'1 <; benzoic acid : o~u I3Evso"iKo best hydraulic section: I3£ATlcrT'1

uopauAIK~ OlaTOIJ~ Best Linear Unbiased Estimator

(BLUE) : I3£ATlcrT'1 aIJEpoA'1TTT'1 ypalJ(JIK~ EKTIIJ~Tpla

bias: IJEpoA'1lJ.lfa biased estimate: 1J'1 aIJEpoA'1TTT'1

EKTflJ'1cr'1 bicarbonate: olcravSpaKIKo<; bimodal distribution : KaTaVOIJ~

OIKOPU<p'1 binary: OuaOIKo<; binary system: crUcrT'1lJa OuaOIKo

binomial: OIlJJVUIJIKO<; binomial coefficients: crUVTEAWT£<;

OlwvulJlKoi binomial distributed population:

OIWVUlJlKcl KaTavEIJ'1IJ£VO<; TTA'1SucrlJ0<;

binomial expansion: aVclTTTuYlJa OIWVUIJIKO

9

binomial series: crEIPcl OIWVUIJIK~ bioaccumulation : I3locrucrcrwpwcr'1 biochemical oxygen demand (BOD) :

1310X'11J1Kw<; aTTOITOUIJEVO o~uyovo biological: I3loAoYIKo<; biological productivity:

TTapaywYIKOT'1Ta 1310AoYIK~ biomass: I3IOlJclsa bivalent : OlcrSEV~<; bivariate distribution: OIOlclcrTaT'1

KaTaVOIJ~ blade: TTTEPUYIO blind: TTapaTT£TacrlJa blind flange: TTEplaux£vlo Tu<pA6 blind hole : OTT~ TU<pA~ blizzard: XlovoSuEMa blockage: EIJTT6i510 blocking : £1J<Ppa~'1 blocking period: TTEpiooo<; aTToKoTT~<; blown casting: TElJclXIO XUTO blow-out cock: KPOUVO<; EKKEvwcrEW<; board: TTfvaKa<; bobbin: TT'1vio body forces: OUVclIJEI<; crWlJaTIK£<; bog land: £KTacr'1 EAwO'1<; boil: I3pclsw boiler : I3pacrT~pa<; boiler: KaSclVI boiler: MI3'1Ta<; boiler foot: TTEAlJa MI3'1Ta boiler pressure: TTfw'1 aTlJoMI3'1Ta boiling: I3pacrlJo<; boiling limit curve : oplaK~ KaIJTTUA'1

I3pacrlJou boiling point: cr'1IJEio I3pacrlJou boiling temperature: SEPIJOKpacrfa

I3pacrlJou bold coast: TTapaAia aTToKP'1IJVO<; bolt: mpov'1

10

bolt head : K£CPOA~ TT£POVfl<; boom : po~oo<; boost : TTpow8w booster : UTT£pOUIJTTlWT~<; border: Awpioo border: XEiAO<; border curve: KOIJTTUAfl OPIOK~ border irrigation: OPOEUOfl IJ£ Awpio£<; border strip irrigation: OPOEUOfllJ£

Awpio£<; bore: y£wTPflOfl boric acid : o~u ~OPIKO bottom : ~u8o<; boulder: 0YKOAI80<; bound in : TT£PIOpiSW boundary: OPIO boundary condition : OPIOK~ OUV8~Kfl boundary element methods: 1J£80001

0PIOKWV OTOIX£fwv boundary elements: OPIOKO OTOIXEiO boundary layer : OTI~OOO OPIOK~ boundary layer separation:

OTTOKOMflOfl OPIOK~<; OTl~ooo<; bow: TTAWPfl bow: TTPWPfl bow rudder: TTflMAIO TTpwpofo bowl : A£KOVfl bowsprit : TTpO~OAO<; brace: Op800TOTfl<; brake: CPPEVO brake power: 10XU<; TTEOIl<; braking: TTEOflOIl braking resistance: oVTfoTOOfl TTEOIl<; branch: OIOKAOOW branched: OIOKAOOOUIJ£vo<; branched pipe: OIOKAOOOUIJ£vo<;

OWA~VO<; braquet : TTpO~OAO<; brash ice: TTOYOU TEI-.JOXIO £TTITTAEOVTO brass washer: CPAOVTSO 0P£IXOAKIVfl break: OIOKOTTTW break: OIOPPIlYVUW breaking of ice: OTTOaJlJO TTOYOU breakthrough time: Xpovo<; OIOVUOIl<; breakwater: KUIJOT08poUaTll<; bridge: YECPUpO bridge transporter: YECPUpO

IIS~IK6 YOpOTSXVIKWV 6pwv

IJ£TOCPEPOUOO briefing : TTOpOX~ TTAflPOCPOPIWV broad: TTAOTU<; broad crested weir : UTT£PX£IAIOT~<;

TTAOTIO<; OTE4JIl<; broided cable: TTA£KTO KOAWOIO brush: TTlVEAO bubble: KOXMSW bubble: cpuooAfoo bubbling: KOXAOOIJ0<; bubbling: TTOCPAOOIJO<; bucket: £KOKOCPEO KaoO<; bucket: KOOO<; bucket dredger : ~U80KOpO<; IJETO

KCcOWV bucket excavator: Kaoocpopo<;

£KoKocpEa<; bucket of mechanical digger: KOOO<;

£KoKocpEa bucket of water wheel : KOOO<;

UOPOUAIKOU TPOXOU buckled: TTapOIJOPCPWIJEVO<; buffer layer : IJ£TO~OTIK~ sWVfl bulldozer : TTpow8IlT~<; YOIWV bulletin: O£ATio bulletin: TT£PIOOIKO bullgrader : 100TT£owT~pa<; bundle: OEOlJfl buoyancy: OVWOfl burnout: KOTOKOUOfl (OTO CPOlVOIJ£VO

TOU ~pOOlJou) butterfly: TTEToAouoa butterfly hub: TT£PIKOXAIO butterfly throttle: TT£TOAOUOO

pu8IJio£w<; IJfYIJOTO<; butterfly valve : ~oA~foo IJE TT£TOAouoa by pass: oloKMowofl by-pass: TTOPOKalJ4Jfl

c cable: KOAWOIO cackle: TT£PI£Afoow caisson : £YKI~WTIOIJO<; calcareous : OO~WTOAI8IKO<; calcareous earth: Eoacpo<;

ao~wTOAI8IKO

EYE 2000

calculation: UTTOAOYIGIJ0<; calibrate : ~a81J0volJw calibrate : pu8lJf~w lJa81lIJOTIKO

olJofwlJa calibration : ~a81J0VOIJIlGIl calorific value: 8EpIJIKO IJEYE80<; calorimeter: 8EplJl06IJETPO calorimetric: 8EpIJIOOIJETPIKO<; calorimetry: 8EpIJIOOIJETpfa camouflage : TTapaMay~ camouflage : TTapaMa~1l TEXVIlT~ canal :auAaKa<; canal: ofauAo<; canal: olwpuya canal: KavaAI canal buoy : GlllJavT~pa<; KavaAlou canopy inerception : GUYKpaTIlGIl

VEPOU aTTo c.pUTOKOIJIl cantilever : TTpO~OAO<; cap: TTWlJa capacitance: XWPIlTIKOTIlTO capacitance of a conductor:

XWPIlTIKOTIlTO aywyou capacitor : TTUKVWT~<; capacity: IKavoTIlTO capacity: TTEPIEKTIKOTIlTO capacity: XWPIlTIKOTIlTO cape : Ka~o<; capillarity: TPIXOEIOE<; capillary forces: TPIXOEIOEf<; OUVaIJEI<; capillary water: TPIXOEIOE<; VEPO car: 0XlllJa carbohydrates: uOOTav8paKE<; carbonation: Evav8paKWGIl carbonic acid : o~u av8paKIKo carriage: 0XlllJa carrying capacity: Wc.pEAIIJO c.popTfo cartographic service : xapToypac.pIK~

uTTIlPwfa cascade: KOTappaKTIl<; cascade culvert: 0XETO<; KAllJaKwTo<; case: TTEpfTTTWGIl casing: KEAUc.pO<; casing : TTEpf~AlllJa cask : ~uTio cassiterite: KaGmTEpfTIl<; cast: XUTO<;

cast alloy: KpalJa XUTO cast alloy: IJfYlJa XUTO cast anchor : TTOVTf~w cast hole : OTT~ XUT~ cast iron: XUTOGfOIlPo<; cast pipe : GWA~va<; XUTO<; cast steel : XUTOxaAu~a<; casted concrete: XUTOKovfajJa casting: xumjJo casting: XUTO<; cataract: KOTappaKTIl<; catchment: AEKavll aTToppo~<; catchment area: EKTOGIl AEKavll<;

aTToppo~<; catchment basin: AEKaVIl

GUMEKT~PIO<; category: KOTllyopfa category: KACtGIl cathetometer : Ka8ETOIJETpO cathode ray oscillograph:

TTaAlJoypac.po<; Ka800lKwV aKTlvwv cause: OITfa cavitation : GTTIlAafwGIl celerity of small disturbances:

11

TOXUTIlTO IJIKPWV olOTapaxwv celestial axis : a~ova<; oupavlo<; celestial concave: 80AO<; oupavlo<; celestial equator: IGIlIJEPIVO<; oupavlo<; celestial meridian : IJWlljJ~PIVO<;

oupavlo<; celestial pole: oupavlo<; TTOAO<; cell: KEAf cell: Kunapo cell : GTOIXElO center: KEVTPO center of fluid pressure: KEVTPO

TTlEGEW<; uypou center of gravity: KEVTPO ~apou<; center of oscillation: KEVTPO

TOAaVTWGEw<; centesimal balance: EKOTOaTlafo<;

~uyo<; centigrade : EKOTovTO~a8jJ10 centigram: EKOTOGTO ypajJjJapfou centigram(me) : EKOTOaToypalJlJo centiliter: EKOTOGTOAITPO centimeter: EKOTOGTOIJETPO

12

central heating: 8tpl . .Javall KEVTPIK~ central moment : ICEVTPIK~ pOTT~ centrifugal: <PUyOKEVTPO<; centrifugal moment of inertia : pOTT~

<PUyOKEVTpOe; . centrifugal pump: aVTAfa <pUKOKEVTPIl centrifugal pump: <PUyOKEVTpOe;

TTEPlaTPO<PIK~ aVTAia centrifugation: <PUYOKtVTPlall centroid: KtVTPO l3apou<; certain event: I3tl301o YEyovoe; certainty: I3EI301oTllra certificate: TTlaTOTTOlllTIKO certificate of disinfection:

TTlaTOTTOlllTIKO aTTOAUl-iaVaEWe; certification : TTlaTOTToillall certify: TTlaTOTTOIW cessation: TTauall chalky: aal3wToAl8lKOe; chamber: 8Ma1-l0e; change : aMay~ change : I-IEral3oA~ change of pressure : I-IEral3oA~

TTltaEw<; change of variable : aMay~

I-IEraI3ArJT~<; channel:aywyoe; channel: oiauAOe; channel: KavaAI channel: xavoaKI channeling : ETTIAEKTIK~ oltAwall characteristic: xapaKTIlPlaTIKOe; characteristic curve : xapaKTIlPlaTIK~

Kal..ITTUAIl characteristic function:

xapaKTIlPlaTlK~ auvapTllall chart: XapTIle; check: tAEYXoe; check valve: l3aAl3ioa aVTmlaTPO<p~e; checking: tAEYXoe; chemical: XIlI-IIKO<; chemical action: opaall XIlI-IIK~ chemical action: EvtpYEla XIlI-IIK~ chemical activity: EvtpYEla XIlI-IIK~ chemical compount : tvwall XIlI-IIK~ chemical corrosion: olal3pwall XIlI-IIK~ chemical engineer: I-IllxavlKOe; XIlI-IIKOe;

!\e~IK6 YOP0TeXVIKdW 6pwv

chemical oxygen demand: XIlI-IIKWe; aTTOITOUI-iEVO o~uyovo (COD)

chemical reaction : XIlI-IIK~ aVTiopaall chilled: TTayWl-ltvo<; china clay: KaoAivlle; chlorination: XAwpiwall choke: TTIlVio chord : xopo~ chronograph : Xpovoypa<poe; chronometer: XPOV0I-IETPO chronosequence : xpovoaElpa circular nut: TTEPIKOXAIO KUKAIKO circulation: KUKAo<popia circumference: TTEpiI-iETpOe; circumference: TTEPI<ptpEla circumferential: TTEPI<pEpElaKOe; cistern : OE~aI-lEV~ cistern : aTtpva citern : l3uTio civil: TTOAITIKOe; civil engineer: TTOAITIKOe; I-IllxaVIKOe; class: KAaall class boundaries: opla KAaalle; class interval: OlaaTlll-ia KAaalle; classical fluid: pwaTo KAaaalKO classification : ra~lvOl-illall classification table: TTivaKae;

Ta~IVOI-I~aEWe; clastic rock: TTtTpWl-la

8paual-iaTOTTayt<; clay: apYIAOe; clay: TTIlAfTIle; clay floor: TTIlAWOEe; miaTpwl-la clay mineral: 0PUKTO Tile; apyiAou clay pan: apYIAWOEe; aTpWl-la clayish soil: toa<poe; apYIAwoE<; clean - water pump: aVTAfa Ka8apou

UOaTOe; cleanse: Ka8api(w clearance: olaKEvo clearance: xwpo<; olaKtvou clearing port: 8upioa EKKtvwalle; cliff: TTapaAia aTTOKPlll-lvOe; cliffs: aTTOTOI-IEe; aKTte; climate: KAfl-la clinometer: KAlail-iETpO clock: wpoMYlo

EYE 2000

clock relay: XPovoolaKoTTTIl<;; clockwise (right handed winding) :

IT£PIEAI~1l o£~loaTpocpo<;; clockwise : O£~IOaTPOCPO<;; clockwise: cpopa O£IKTWV wpoAoyfou closed: KA£laTO<;; closed curve: KalJlTUAIl KA£laT~ closed interval: KA£laTo OlaaTlllJa cloth washer: cpMvTC;a £~ ucpaalJaTo<;; cloud-burst : !3Pox~ X£llJappwoll<;; cloudiness: v£cp£MTIlTO cloudy sky: oupavo<;; v£CP£AWOIl<;; cluster: auva8poiaIJa coal tar: lTfaaa cpwra£pfou coarse aggregate: lTpoalJlYlJa

aopavE<;; xovopo coarse grained: XOVOPOKOKKO<;; coast: lTapaAia cock: KavouAa cock: KPOUVO<;; cock: aTpocplyya coefficient : auvT£AwT~<;; coefficient of absorption:

auvT£AwT~<;; alTOPPoCPllall<;; coefficient of contingency:

aUVT£A£aT~<;; auvacp£la<;; coefficient of contraction:

auvT£AwT~<;; auaToA~<;; coefficient of coupling : aUVT£A£aT~<;;

auC;£u~£w<;; coefficient of expansion : auvT£AwT~<;;

KU!3IK~<;; olaaTOA~<;; cohesion : auvox~ coil : IT£PIEAI~1l coil : lTllvio coil: TUAIYlJa cold: ljJUXPo<;; cold front: IJETWlTO ljJUXPO collar: oaKTuAlo<;; collar: IT£plOEpmo collar: IT£plAailJlO collateral: lTapalTAWpo<;; collect: auMEYw collecting pipe : auM£KT~PIO<;;

aWA~va<;; collection : auMoy~ collector drain : auM£KT~PIO<;;

alTOaTpaYYlaTlKO<;; aywyo<;; collision: lTpoaKpOuall column : aT~AIl column of mercury : aT~AIl

uopapyupou column of water : aT~AIl UOaTo<;; combination: auvouaalJo<;; come alongside: lTAwpfC;w common: KOIVO<;; common concrete: TOIIJ£VTOKOvialJa

KOIVO common denominator:

lTapavOlJaaT~<;; KOIVO<;; comparison: aUYKplall compass : lTu~foa complement : aUlJlTA~pWlJa complementary error function:

aUlJlTAIlPWlJaTIK~ auvapTllall acpaAlJaTo<;;

complete: apTlo<;; (lTA~PIl<;;) complete : lTA~PIl<;; complete: TEA£IO<;; complete fertilizer: AflTaalJa lTA~P£<;; complete randomization : lTA~PIl<;;

TuxmoTllra complex: lTOAUlTAOKO<;; complex: auv8£To<;;

13

complex number: apl8lJo<;; IJlyaolKo<;; complex velocity: raxuTIlTO IJlyaolK~ component: auvlaTwaa components: lTap£AKOIJ£Va composite event: y£yovo<;; auv8£TO compound fertilizer: AllTaalJa auv8£To compress: aUlJlTIEC;W compressed air: IT£lTIWIJEVO<;; a~p compressed air meter: IT£lTI£aIJEvoU

aEpo<;; IJ£TPIlT~<;; compressed air plant: IT£lTI£aIJEVOU

aEpo<;; £YKaraaTaa£l<;; compressibility: aUlJlTIWTOTIlTO compressible: aUlJlTIWTo<;; compressible flow : aUlJlTIWT~ po~ compressible fluid: pwaTo aUlJlTIWTO compression: aUlJlTi£all compression: auv8AIljJIl compression ratio: aUlJlTIEa£w<;; Myo<;; compressor : aUlJlTI£aT~<;;

14

computation : UTTOAOYla~6~ computer : UTToAoYlaT~~ concentrated acid : o~u aOlaAuTo concentration: aUYK£vTPwall concentric : O~6KEVTPO~ concentric winding : TTEPI£AI~1l

O~OKEVTPIK~ concept: £vvola concept: lo£a conclusion : aU~TT£paa~a concrete foundation : ~aall EK

aKUpOO£~aTO~ concrete foundation : 8E~EAfwall aTT6

aKup60E~a concurrence : au~cpwvfa condensation : aU~TTuKvwall condense : aU~TTuKvWVW condenser:TTuKvwT~~

condition : 6po~ condition : auv8~KIl conditional distribution : KaTaVO~~

uTT6 auv8~KIl conditional moment : pOTT~ uTT6

auv8~KIl conditional probability: TT18av6TIlTO

uTT6 auv8~KIl conductivity : aywYI~6TIlTO conduit : aywy6~ conduit : aWA~va~ confidence : E~TT1aToauvll confidence interval : olaaTIl~a

E~ TT1aToauvll~ confidence level: ETTfTTEOO

E~TT1aToauvll~ confidence limits: 6pla E~TT1aToauvll~ confined : TTEplopla~£vo~ confined aquifer : uopocpop£a~

KAElaT6~ confined aquifer : uopocpop£a~ uTT6

TTfWIl conformal mapping: aTTEIK6vlail

au~~opcpll conjugate depths : ~a81l auSuy~ connecting pipe : aWA~va~

auvoET~pIO~ conservation : OlaT~Pllall conservation of energy : OlaT~Pllall

IIS~IKO Yi5POTSXVIKWV OpWV

Ev£pYEla~ conservative fields: auvTIlPIlTIKa

mofa conservative forces : auvTIlPIlTIK£~

ouva~EI~ conserve: OlaTllPW consistency: auvEKTIKoTllra consistency index : oEfKTIl~ auvox~~ consistent : auvETT~~ consolidation: TTayfwGIl constant: ara8Epa constant pressure: TTfWIl ara8Ep~ constant velocity recording : Eyypacp~

ara8Ep~~ raxuTllra~ constituent: aUaTaTlKO consulting engineer : ~llxaVIKo~

au~~ouAO~ consumption table : TTfvaKa~

KaTaVaAWaEw~ container: ooXEfo container : E~TTOpEU~aTOKI~WTIO container : KI~WTIO contaminate: pUTTafvw contamination: pUTTaVGIl content: TTEPIEKTIK6TIlTO contents : TTEPIExo~Eva contiguous : TTapaTIAEUpO~ continental climate: IllTElPWTIK6 KAf~a contingency: auvacpEla continuity: auv£XEla continuity equation : £~fawall

auvEXEfa~ continuous : auvEX~~ continuous probability distribution:

auvEX~~ KaTaVO~~ lTIeavoTllra~ continuous random variable:

auvEX~~ TUxafa ~Era~AIlT~ continuous sample space : GUVEX~~ xwpo~ oEly~aToAIl4Jfa~

continuous spectrum : cpaa~a auvEX£~

continuum : auvEX£~ f,1£ao contour : TTEpf~ETPO~ contour interval: laoolaaraall

Ka~TTuAwv contour lines : Ka~TTuA£~ laoij4JEf~ contracting nozzle: aKpocpuaJO

EYE 2000

OUYKAiVOV contraction: oUaToM contractor : EpyoM~ot; control : EAEYX0t; control : XEIPlaT~PIO control cable: oUplJaTOOXOIVO

XElplGIJOU control chart: olaYPolJlJo EAEYXOU control gear: IJllxaVIOIJ0t; EAEYXOU control group: olJaoa EAEYXOU control panel: lTiVaKat; EAEYXOU control surface: ElTIcpavElo EAEYXOU control valve : ~ava EAEYXOU control volume: OYKOt; EAEYXOU control volume methods: IJESOOOI

OYKWV EAEYXOU control wheel : lTllOaAlO control wheel : XEIPIOT~PIO convection: IJETOcpopa converge: OUYKAivw convergence: oUYKA10ll convergent: OUYKAivwv converging nozzle: OUYKAlVOV

OKPOCPUGIO conversion : IJETOTpOlT~ conversion table: lTiVaKat;

IJETOTpOlT~t; conveyance efficiency:

alToooTiKOTIlTO OIKTUOU IJETOcpopat; conveyance structures: KaTOoKEUEt;

IJETOcpopat; VEPOU convolution : OUVEAI~1l convolution integral: OUVEAIKTIKO

OAOKA~pWlJa cooling : LjJU~1l cooling jacket: XlTliJVIO KUAivopwv coordinates: OuvTETaYIJEvEt; copper pipe : xaAKoowA~Vat; copper plate: xaAKou cpuMo copper tube : xaAKooWA~VOt; core : lTUp~vot; cork: miJlJa cork washer: cpMvTi:;a EK cpEMou corner: ywvia correction: 0lOp8wOll correction factor : OUVTEAEaT~t;

010p8wOIlt;

correlation: oUOXETloll correlation coefficient : OUVTEA£OT~t;

OUOXETioEWt; corrode : OIO~PWVW corroded : Ola~pWIJEVot; corrosion : ola~pwoll corrosive : 0Ia~pwTIK6t; corrosive action: opaoll ola~pwTIK~ corrugated : KUlJaTOEIO~t; cotter pin: lTEp6VIl counter - clockwise: cpopa aVTi8ETIl

OEIKTWV wpoAoyiou counter : alTapI81JIlT~t; counter : IJETPIlT~t; counter clock wise rotation:

lTEPlaTPOCP~ OPlaTEpOaTPOCPOt; counter dam: lTp6cppaYIJa counter tillage: KaMIEPYEla KaTa

loouLjJEit; counterfeiting: lTapalToillOIl counting: alTapi81JIlOll

15

couple torque: i:;EUYOt; aTPElTTIKO coupled winding : lTEPIEAI~1l OUV8ET0t; coupling nut: lTEPIKOXAIO OUVOEOEWt; covariance : OUIJIJETO~AIlTOTIlTO covariance: ouvolaKulJaVOIl covariance: oUVOlaOlTOpa cove: 0PIJ10KOt; cover: lTwlJa covering : lTEPI~OA~ covering : lTEPITUAI~1l crack: paYlolJa credit: lTiaTWOIl creditor : lTIaTWT~t; creek: lTOTOlJaKI creek: pElJa creek: puaKI crescent: IJllvioKot; crest: OTELjJIl crest of the weir : EKXEIAlaT~ aTELjJIl crew's nest : lTapOTIlPIlT~Plo critical depth: KPIGlIJO ~a80t; critical flow: KPIGlIJIl po~ critical number: apl8lJot; KpiGllJot; critical point: OllIJEio KpiGil-lo critical pressure: lTI£01l KpiGl1J1l critical region : lTEPIOX~ KpiGl1J1l

16

critical speed: TaXUTIlTa KpfarlJoC; critical state: KaraOTaOIl KpfarlJll critical value : TIIJ~ KPfm1J1l critical velocity: TaXUTIlTa KPfm1J1l critical wavelength : IJ~KOC; KUlJaTOC;

KpfmlJo crop coefficient: <pUTIKOC; OUVH:AWT~C; crop evapotranspiration:

£~arIJIOOOlaTTvo~ KaMI£PY£lac; crop residue management: olaxEfploll

<pUTIKWV UTToA£llJlJaTWV crop rotation: alJ£llfJlOTTOpa crop water requirements: avaYK£C;

TWV KaMI£PY£IWV O£ v£po cross: olaoTaupWOIl cross breeding: olaOTaupwOIl sWwv cross connection: £YKapma OUVOWIl cross drain: £YKapmo oTpaYYloT~PIO cross field: £YKapmo TT£ofo cross section: Ka8EToc; TOIJ~ cross section area : £1J~a06 olarolJ~C; crossing: olaoTaUpWOIl cross-section : olarolJ~ crown of furnace: oupavoc; KAI~avou crucible steel : XUTOxaAu~ac; crude oil: TTETP£AalO aKa8apTO crumbling: aTTooa8pwoll crumbling: 8pulJlJarlolJ0C; cubic centimeter: £KarOOTOIJ£TPO

KU~IKO cubic inch: fvraa KU~IK~ cubic meter: IJ£TPO KU~IKO cubic millimeter: XIAIOaT0IJETPO KU~IKO cuboid: op8oywvlo TTapaMIlAmfmoo cultivation: KaMI£PY£la culvert: 0XETOC; cumulative: a8pOlaTlKOC; cumulative distribution function:

a8poloTIK~ ouvapTlloll KaraVOIJ~C; cumulative frequency disrtibution :

a8pOlaTlK~ KaraVOIJ~ OUXVOTIlTaC; cumulative frequency polygon:

TToAOywvo a8poloTIK~C; OUXVOTIlTaC; curl : TT£PIOTPO<P~ current: p£ulJa current chart: xapTIlC; 8aAaoofwv

pWlJaTWV

IIS~IK6 YOpOTSXVlKWV 6pwv

current indicator: opyavo £VO£I~IlC; TTapouofac; p£ulJaroc;

current meter : IJETPIlT~C; po~C; current meter : IJETPIlT~C; TaXUTIlTaC;

uoaropp£UlJaTOC; current meter: lJuAfoKOC; curtain: TTapaTT£TaOlJa curvature: KalJTTuMTIlTa curvature: KUPTWOIl curve: KalJTTuAIl curve: KalJTTuAIl ypalJlJ~ curve: KalJTTUAWVW curve fitting : TTpOOaPlJoy~ KaIJTTUAIlC; curve number: apl8lJoc; KaIJTTUAIlC; curved line: KalJTTuAIl ypalJlJ~ curved masonry dam: <ppaYlJa Af81VO

TO~WTO curved path : KaIJTTuAo£IO~C; TpoXla curved surface: KalJTTUAIl £TTI<pav£la curvilinear: KalJTTuMypalJlJoc; curvilinear figure: KalJTTuMypalJlJo

OX~lJa cut - and - fill : £KoKa<p~ Kal mfxwoll cut - off : aTToKoTT~ cut: TTaoo TOpVOU cut off: olaKoTTTw cut-off frequency: OUXVOTIlTa

aTToKoTT~C; cutting: TTaoo TOpVOU cycle: TT£pfoooC;

D

dam: uoaro<ppaYlJa dam: <ppaYlJa damp: uypoC; damped wave: KUlJa IJ£ aTToo~wll damping : aTToo~wll dash : TTaUAa dashboard: TTfvaKaC; opyavwv dashboard: TTfvaKaC; X£IPloTIlPfwv data: O£oolJ£va date: XPovoAoyfa datum: £TTfmoo ava<popac; de - ionization : aTTIOVIOIJ0C; dead hole : OTT~ TU<PA~ dead time: XPOVOC; V£KPOC;

EYE 2000

deaeration : E~aEpl(J"\-lo<; decade: OEKaETia decalitre : oEKaAITpo decameter: OEKa\-lETpO decilitre : OEKaTOAITPO decimal: oEKaolKo<; decimal notation : oEKaolK~ avaypacp~ decimal number: oEKaolKo<; apI8\-lo<; decimetre (dm) : OEKaTO\-lETPO decision: anocpao'l declination: anoKAIOil declination: napEKKAIOil decomposition: anoouv8w'l deep - well pump: aVTAfa ~a8Ewv

CpPEOTWV deep water line: ioaAo<; ypa\-l\-l~

E\-lcpo pTO<; deepen : ~a8uvw definite: OPIGTIKO<; definition: 0PIO\-lO<; deflection : anOKAIOil deflection : EKTpon~ deflection: Ka\-l4J'l deflection : napEKKAIOil deflection : napEKTpon~ deflector: EKTponEa<; deform: napa\-l0PCPwvw deformation: napa\-l0pCPw0'l deformation dynamometer:

oUVa\-lO\-lETpO napa\-l0pcpw0'l<; degree : ~a8\-lo<; (E~iowo'l<;) degree: \-loipa (\-lovaoa \-lETP'lO'l<;

ywvia<;) degree of accuracy : ~a8\-lo<; aKpl~Eia<; degree of efficiency : ~a8\-lo<;

an6i5oo'l<; degree of uniformity : ~a8\-lo<;

O\-lOlo\-lopcpia<; degrees of freedom : ~a8\-loi

EAEU8Epia<; dehydrated tar: niooa avuopo<; de-ionization time: Xpovo<;

ano"iovlo\-lou delay: Ka8uGTEP'lOil delivery: napaoooll delivery cock: napoXIKo<; KPOUVO<; delivery pipe : oWA~va<; olavo\-l~<;

delivery pipes : OWA~VE<; \-lETOcpopa<; demarcation: OP08ET'lOil demolition: KaTEMcplOil dendrogramm : oEvopoypa\-l\-la denitrate : anovlTpwvw denitrification: anovlTponoi'loil denominator : napavo\-laGT~<; denominator : napovo\-laGT~<; dense fog : nUKv~ o\-liXAil densimeter: nUKVO\-lETPO density: nUKVOTilTO density function: ouvapT'loil

nu KVOT'lTO<; density of flow : po~<; nUKVOTilTO dependence : E~apT'lOil dependent variables : E~apT'l\-l£vE<;

\-lETO~A'lT£<; depolarization: EKnOAW0'l depolarizer : EKnoAwT~<; deposit: ano8w'l deposit : i~'l\-la depth : ~a8o<; depth finder : ~U80\-lETPO depth gauge : ~U80\-lETPO depth gauge : \-lETP'lT~<; ~o8ou<; depth measurement : ~U80\-l£TP'lOil depth measuring : ~a8ou<; \-l£TP'lOil depth meter : ~U80\-lETPO

17

depth of filling: naxo<; OlaGTpWoEw<; depth recorder: ~a8ou<;KaTaypacp£a<; depth recorder : ~u8oypacpo<; depth recording : ~u8oypacp'lo'l derivation : E~aywy~ derivative: napaywyo<; derived units: napaywyol \-lOVaoE<; descending air currents: Ka800iKa

pEu\-laTa a£po<; description : nEplypacp~ descriptive: nEplypacplKo<; desiccate: acpuoaTWVW desiccation : ano~~pavo'l desiccation: acpuMTW0'l design: EKnovw \-lEAETil design: 0XEoia0'l design of experiment: 0XEOia0'l

TTElpa\-laTo<; detecting instrument: opyavo

18

avfxvWCJIl<; detergent: arroppurravTIKo determinant: opfsouCJa determination: rrpoCJoloPICJjJo<; deviate: EKKAfvw deviate: rrapEKKAlVW TIl<; rropEfa<; deviation: arroKAICJIl deviation: rrapEKKAICJIl deviation : rrapEKTporr~ deviatometer : rrapEKTporrojJETpo device : CJUCJKW~ dew-point: CJlljJElO uyporrol~CJEw<; dial: rrfvaKa<; EVOEf~EW<; diameter: olajJETpo<; diaphanous : ola<pav~<; diaphragm: ola<ppaYjJa diaphragm pressure gauge:

TTlESOjJETPO jJE ola<ppaYjJa diaphragm valve : ~aA~foa jJE

ola<ppaYjJa dichloride: OIXAWPIOUX0<; dichlorobenzene : OIXAWpO~EVSOAIO dielectric : OIIlAEKTPIK~ diesel oil: TTETpEAaro jJllxavwv VT~SEA difference: ola<popa differential: ola<poplKo differential dynamometer:

ouvajJojJETpo ola<poplKo differential equation : ola<popIK~

E~fCJWCJIl differential instrument: opyavo

ola<poplKo differential manometer: jJavojJETpo

ola<poplKo differential pressure gauge:

TTlESOjJETPO ola<poplKo differential total: ola<poplKo OAIKO differential winding : TTEPIEAI~1l

ola<popIK~ differentiation: ola<poplCJIl differentiation: rrapaywYICJIl diffraction: 0lo8AaCJIl diffraction: rrapo8AaCJIl diffuser : olaxuT~<; diffuser : LjJEKaar~pa<; diffusion: OIOXUCJIl diffusion molecular: olaxuCJIl jJoplaK~

1\E;~/I<:6 YOP0TeXVIKWV 6pwv

diffusion pump: aVTAfa olaxuCJEw<; dike: avaxwjJa dikes of torrent: avaxwjJaTa

0Iw8ET~CJEW<; KofTIl<; XEljJappou dilatable: olaCJTOATo<; dilatand fluids: olaCJTaATIKO pwaro dilatation : olaCJTOA~ dilate: olaCJTEAAw dilution: apafwCJIl dilution of a solution: apafwCJ'l

olaMjJaTo<; dimension : olOCJTOCJIl dimensional: olaCJTaTlKo<; dimensional analysis: avoAuCJ'l

olaCJTOTIK~ dimensional analysis : olaCJTaTlK~

avaAuCJIl dimensionless: aOlomaTO<; dimensions: olaaroCJEI<; diode: 0[000<; dip stick : pa~oo<; ~U80I-1ETPIK~ diphenyl : olcparvuAlo dipper dredger : ~U80KOPO<; jJE aVTAla direct heating: 8EpjJavCJIl ojJwo<; direct methods: jJE80iSoi OjJWEC; direct motion: cpopa op8~ direction: 0lEu8uVCJIl disaggregation: arroCJuvo8polCJ'l disagreement: olacpwv[a discharge : EKPO~ discharge : rrapox~ discharge cock: KPOUVO<; EKKEVWCJEW<; discharge coefficient : CJUVTEAWT~<;

rrapox~<; discharge cross-section : olaTOIl~

rrapox~<; discharge of a river : rrapox~ rroTOjJou discharge of water : mToppo~ uiSaTO<; discharge orifice : orr~ EKPO~<; discharge pipe : EKPO~C; CJwA~vac; discharge rate: pu8jJoC; rrapox~c; discharge valve: ETTlCJTOjJlO EKKEVWTIKO disconnect: arroCJuvoEW discontinue: olaKorrTw discontinuity: aCJuvEXEla discontinuity : olaKorr~ CJuvEXElac; discontinuous : aCJuvEX~<;

EYE 2000

discontinuous variation: lTapaMaKTIKoTIlTa aouv£x~e;

discrete: 15laK£Kpl\-l£VOe; discrete: 15laKpiTOe; discrete probability distribution:

15laKplT~ KaTaVO\-l~ lTI8aVOTIlTae; discrete random variable : 15laKplT~

Tuxala \-l£Ta~AI1T~ discrete random variable : 15laKplT~

Tuxala \-l£Ta~AI1T~ discrete sample space: 15laKpiTOe;

xwpoe; 15£IY\-lmoAl1lj.1lae; discretization: 15laKplTolToiIlOll O£

Kavva~o discriminant function: 15laKplvouoa

OUVapTl1ol1 disinfectant: alTOAU\-laVTIKO disinfection: alTOAU\-lavoll disintegration: alToCJuv8£OI1 disjoint sets : ~£va ouvoAa disk: 15IOKOe; dismantling: 15laAUOIl dispersal area : IT£PIOX~ 15laCJlTOpae; dispersion: 15laOlTOpa dispersion parameters: lTapa\-l£TpOI

15laOlTOpae; displace: £KTOlTli;w displacement of liquid: \-l£TmOlTIOIl

uypou displacement thickness: lTaXOe;

\-l£TmolTlCJI1e; disposal: 15la8£OI1 disposition : 15laTa~rj distance: alToCJTaCJrj distance finder: 15laCJTrj\-lo\-l£TPO disthene : 15lo8£v~e; distil: alToCJTai;w distilled water: alTooTaY\-l£Vo U15WP distilled water: U15WP alT£OTaY\-l£Vo distillery : 15IUAIOT~PIO distort: lTapa\-l0p<pwvw distorted scale: KAI\-laKa oTp£~M distributing cock: KpOUVOe; olavo\-l~e; distribution : olavo\-l~ distribution : KmaVO\-l~ distribution efficiency: alTOOOTIKOTIlTa

olavo\-l~e;

19

distribution function: CJuvapTrj011 KmaVO\-l~e;

distributive law : £lT1\-l£PlaTIK~ 115IOTilTa district heating: 8£p\-lavol1 O\-laOIK~ disturbance : 15lmapax~ ditch: aUAaWe; ditch: Ta<ppOe; dive : ~OUTW dive : Kma~u81011 dive: KmaouOIl diver : ~OUTrjXT~e; diver: OUTI1e; diverged nozzle: aKpo<pumo

alTOKAIVOV divergence: alTOKAIOrj diverging nozzle: alTOKAIVOV

aKpo<pumo diversified : lTOAU\-l£p~e; diversion : £KTpOlT~ diversion dam: <ppaY\-la £KTpOlT~e; diving - bell: Kma15UTlKOe; KWOWV diving : ~u8lorj diving apparatus: Kma15UTIKO

\-ll1xavl1\-la dock (repair) : o£~a\-l£v~ dock: lTpoCJop\-lii;o\-laI domain: xwpoe; door: 8upa door casing: lTAalmo 8upae; door-frame: lTAaimo 8upae; double: OIlTAOUe; double bottomed: 0IlTu8\-l£voe; double phase: 15IlTAo<pamKoe; doublet: OllTOAO down pipe : uopoppo~ KaTaKOpU<pOe; downfall: lTTWOrj downstream: KmavTI1 downwash : KaTWpW\-la drag boat : ~U80KOpOe; drain: a15£lai;w drain: alTooTpayyli;w drain: alTOX£T£UW drain: £KK£VW drain: oTpayyii;w drain : U15POPPO~ drain: UlTOvo\-loe; drain cock: KpOUVOe; £KK£VWO£We;

20

drain hole : orr~ arrooTpaYYIOTle; drain off: EKKEVw0rtn:AEfa drain pipe : owA~vae; OTpaYYloTiKOe; drain pump: aVTAia arrooTpayyfoEwe; drainage: arrooTpaYYIOrt drainage: oTpaYYIOrt drainage basin: AEKaVrt arroppo~e; drainage system: OUOTrttJa

arroXETEUOEWe; drainage system: OUOTrttJa

oTpaYYI°rte; draining: arrooTpaYYIOrt draught: !3u8lotJa draught: !3u8lotJa rrAolou drawing board: TparrE(1 0XEolaoEWe; dredge : !3u80KopW dredger: !3u80KopOe; dredger : EKoKaTTTIK~ tJrtxav~ dredger pipe : owA~vae; !3U80KOPOU dredger pump: !3U80KOPOU aVTAfa dredger's lighter: !3U80KOPOU

<popTrtyloa dredging: !3U80KOPrt0rt dredging machine: tJrtxavrttJa

EKoKa<p~e; dress: olw8ETW drift : YEVIK~ Ta0rt drift: tJETmOTTl0rt drift : TOTTlK~ tJETmOTTl0rt drift : XWPIK~ EKTporr~ drift space: xwpoe; OAI08~OEWe; drill : YEWTprt0rt drill: Tpurravi drilling machine: YEwTpurravo drinking water: rroOltJo VEPO drip: OTa(w drip irrigation: apowort tJE orayoVEe; drip irrigation: OTayortv apowort drizzle : !3pox~ ljJIA~ drop : TTTw0rt drop: OTayova drop anchor: rrovTf(w dropping funnel: xwvl orayovotJETPIKO dropping the anchor: rrovTl0rt drought : ~rtpaofa drum: !3uTfo drum: TutJrravo

l\e~IK6 YOpOTeXVIKWV 6pwv

dry : arro~rtpafvw dry : ~rtpoe; dry : OTEyvoe; dry: OTEYVWVW dry farming: KaMIEpYEla ~rtPIK~ dry ice: rrayoe; ~rtPOe; (olo~Efolo

av8paKOe;) dry rock: avuopo rrETpwtJa dry steam : ~rtpoe; mtJoe; dry weather: KOIpOe; ~rtPOe; dry weather : ~rtpaofa drying : arro~~pavort drying : ~~pavort drying: OTtyvwtJa dryness : ~rtPOTrtra dual control: omAoue; XElpIOtJOe; duality: ou'i0tJ0e; duct: aywyoe; tJrt KUKAIK~e; olmotJ~e; duct: 0XETOe; ductile: EAmoe; dump: arro8wrt dumping: EvaTTo8wrt duplex: omAoue; duration: OlapKEIa dye : !3a<p~ dye : XPWOTIK~ dye house: !3a<pEfo dyke: avaxwjJa dynamic: ouvatJlKOe; dynamic damper : aTTool3wT~poe;

ouvatJlKOe; dynamic head: uljJOe; OUVOtJlKO dynamic head: <pOPTIO OUVOtJlKO dynamic pressure: TTIWrt OUVOtJIK~ dynamic resistance: oVTlom0rt

OUVOtJIK~ dynamic strain : OUVOtJIK~ olam0rt dynamic viscosity : I~WOEe; OUVOtJlKO dynamics : OUVOtJIK~ dynamometer: oUVOtJOtJETPO dyne:ouvrt(tJovae;ouvotJrt~

E

earth: Yrt (0 TTAov~Trte; Yrt) earth: xwtJo earth auger: YEWTPUTTOVO

EYE 2000

earth dam: cppCtV\Ja XWI-lCtTIVO earth fill : mfxwoTl earth temperature : y~IVIl 8£PI-lOKpaGfa earthquake wave: KUI-la G£IGI-l0Y£VE<; earth's magnetic field: mofo y~lvo

l-layvllTIKO earth-w:orks : XWl-laTIGI-l0f earth-works: XWl-laTOUPYIKCt Epya earthy: YOlwollC; East wind : A£~CtVT£<; East-North-East wind : ypOIYOA£~CtVT£<; East-South-East wind:

GOpOKOA£~CtVT£<; ebb: CtI-lTTWTIl ebulition : ava~paGl-lo<; ebullition: KOXAaGl-lo<; ecology: olKoAoyfa ecosystem : OIKoGuaTIll-la edaphology : £oacpoAoyfa eddy: ofvr] eddy : aTPO~IAO<; eddy currents: olVOpp£ul-laTa eddy viscosity : I~WO£<; TUP~Il<; eddy water : UOaTOaTPO~IAO<; edge : aKI-l~ edge: OKPIl edge : TTapucp~ edge: X£fAO<; edgewise: TTAayfw<; edging : TTapucp~ edging: x£fAWl-la effect: aTTOTEAWl-la effect : mfopaGIl effective: aTTOT£AWl-laTIKO<; effective diameter: OIOI-lETPO<; £v£py~ effective horse power: ITTTTOOuVal-l1l

WCPEAII-lll effective pressure: TTfWIl

aTTOT£AWl-laTIK~ effective rainfall: WCPEAII-lll ~pOX~ effective range : TT£PIOX~ £v£pyo<; effective resistance: aVTfGTaGIl

£v£pyo<; effectiveness: aTToT£A£Gl-laTIKOTIlTa efficiency : aTTOOOGIl efficiency: aTToooTIKOTIlTa efficiency: aTToT£Awl-laTIKOTIlTa

efficient: aTToooTIKO<; eigenvalue : IOIOTII-l~ eigenvector: IOIOOICtvuGl-la ejection: aTTOpplljJll ejection : £K~OA~ ejector : £KxuT~pa<;

21

elastic deflection: K0l-lljJll £AaGTlK~ elastic limit: OPIO £AaGTIKOTIlTa<; elastic strain: TTapal-l0pcpWGIl £AaGTIK~ elastic washer: cpMvTi;a £AaaTIK~ elasticity: £AaaTIKOTIlTa elbow : KaI-lTT~ TTOTaI-l0u electric braking: TTtollGIl IlA£KTPIK~ electric clock: WPOAOYIO IlA£KTPIKO electric control: X£lpIGI-l0<; IlA£KTPIKO<; electric field: TT£oio IlA£KTPIKO electric heating: 8EPI-laVGIl IlA£KTPIK~ electric trap: TTayioa p£ul-laTo<; electromagnetic braking: )TEOIlGIl

IlA£KTpOl-layvIlTIK~ electromagnetic field: TT£oio

IlA£KTp0l-layvIlTIKo electromagnetic instrument: opyavo

IlA£KTp0l-layvIlTIKo electron diffraction: TTapCt8AaGIl

IlA£KTpoviwv electron emission : £KTTOI-lTT~

IlA£KTPOvfwv electron optics : OTTTIK~ IlA£KTpOVIK~ electronic instrument: opyavo

IlA£KTPOVIKO electrostatic field: mofo

IlA£KTpOGTaTIKO electrostatic instrument: opyavo

IlA£KTpOGTaTIKO electrostatic pressure: TTfWIl

IlA£KTpOGTaTlK~ element: GTOIX£fo elementary: GTOIX£IWOIl<; elementary event: aTOIX£IWO£<;

y£yovo<; elementary volume: GTOIX£IWOIl<;

OYKO<; elevated reservoir: UOaTOTTUPY0<; elevated tank : UOaToo£~al-l£v~

aVUljJWI-lEVIl elevated tank: UOaTOTTUPY0<;

22

elevation head: UljJoe; 8EUIle; elevation head: cpopTio 8EUIle; elevation pressure: AOyw UljJOUe;

8EUIle; eluviation : EKTTAuUIl EoacplKou

Opi£:OVTOe; embankment: avaxwjJa embankment: uomocppaYl-la embankment of valley bed:

OlW8ETIlUIl mOlv~e; KoiTIle; emission : EKTTOjJTT~ emission efficiency: aTToooull

EKTTOjJTT~e; emitter: EKTTOjJTTOe; empirical: EjJTTElpIKOe; empirical formula: EjJTTElpIKOe; TUTTOe; empirical probability : EjJTTEIPIK~

TTl8avoTIlTa empty: KEVOe; empty set: KEVO uuvoAo emptying hole : OTT~ EKKEVWUIle; enclosed: TTEpiKAEIUTOe; enclosure: TTEPITOiXlujJa end view of plane: OljJll Ka8ETOu

TTpo!3oMe; ETTITTEOOU endothermic: Evoo8EpjJlKOe; energy: EVEPYEla energy balance method: jJE8oooe;

EVEPYElaKou Iuo£:uyiou energy equation : E~iuwull EVEpYElae; energy grade line : ypajJjJ~ EVEPYElae; energy losses: am.iJAElEe; EVEPYElae; engine : jJllxav~ engineer: jJllxavlKoe; engineering science : jJllxavlK~

ETTlUT~jJ 11 enormous: TTEAwpIOe; enrich: EjJTTAoUTi£:w enrichment: EjJTTAouTlujJoe; ensemble: uuvoAo enthalpy: Ev8aATTia entrance: £fuoooe; entrance length : jJ~KOe; EIUOOOU entropy: EVTpoTTia envelope: TTEpl!3aAAouua envelope: TTEpi!3AlljJa envelope: TTEPITuAIYjJa

!\S~IKO YOpOTSXVII<WV OpWV

envelope: cpaKEAoe; environment: TTEpl!3aMov environment factors: TTapayoVTEe;

mpl!3aAAovToe; environmental hydraulics : uopauAIK~

mpl!3aAAovTOe; environmental management:

olaXEiplull mpl!3aAAovToe; Eocene: IlWKalVOe; epilimnion : ETTlAijJVIO equal: iuoe; equalization of cut and fill :

E~IUOPPOTTIlUIl EKxwllaTwaEwv -ETTlxwjJmwuEwv

equalizing pulse: TTaAlloe; E~IUWTIKOe; equation : E~luWUIl equidistance : luaTTox~ equidistant: luaTTEXwv equilateral: luoTTAEupoC; equipment : UUUKW~ equipotential: IUOOUVOIlIKoC; equipotential line : ypolljJ~ luou

ouvajJlKou equipotential line : laoouvalllK~

ypajJjJ~ equipotential surface: ETTlcpavEla

luoouvajJlK~

equiprobable : jJE fUEe; m8avoTIlTEC; equivalent: luoouvajJoe; equivalent cross - section:

luoouvajJll olmojJ~ equivalent length: luoQUvallo jJ~KOe; equivalent weight: Iuoouvallo !3apoe; ergodic: EPYOOIKOe; ergodicity : EPYOOIKOTIlTa erosion: ola!3pwull erosion torrent: XEljJappoe;

ola!3pwuEwe; error: A68oe; error: ucpaAjJa error function: uuVapTilUIl acpaAjJaTOe; error of observation: acpaAlla

TTapmIlP~UEWe; eruptive rock: TTETPWjJO EKPIl~IYEVEe; eruptive stone: TTETpwIla EKPIl~IYEVEe; escape cock: KpOUVOe; £KpO~e; escape pipe : EKKEVWT~e;

EYE 2000

essential: OUGlWOIle; estimate: £KTII-lW estimation: £KTfI-lIlOIl estimator : £KTII-lIlT~e; estuary : £K~oMe; TTOTal-l0U estuary: 0TOI-lIO £~ooou TTOTaI-l0U euclidian norm: wKA£lo£lo I-lETPO euphotic zone: £uCPWTIl i;wVIl eutrophic: WTpOCPIKOC; eutrophication: WTPOcpl0I-l0e; evaluation: uTToAoY101-l0C; evaporate : £~aTl-lfi;w evaporating dish: KaljJa evaporating temperature:

8£PI-lOKpaofa £~a£pwo£wC; evaporation : £~aTI-lIOIl evaporation pan : £~aTl-llofl-l£Tpo evaporator : £~aTl-ll0T~pac; evaporator door: 8upa ~pa0T~pa evaporimeter : £~aTI-lIO~I-l£TPO evapotranspiration : £~aTI-lIOOOlaTTvo~ even number: apTIOe; apl8l-loe; event: Y£YOVOC; exact : aKpl~~e; exact sampling theory : aKpl~~e;

8£wpfa o£IYl-laToAllljJfac; excavation : £KoKacp~ excess: TT£pfoo£1a excess: TTA£ova0l-la excess of air: TT£pfoo£la a£pa (0£

Kauoll) exclusive: aTToKA£IOTIKOe; exemplary: TTapaO£IVI-laTIKOe; exhaust port: 8upfoa £~ooou ex-meridien : TTapaI-lWIlI-l~pIVOe; expansible: olaoTaATOC; expansion: avaTTTuYl-la expansion : olaoTOA~ expansion: ol£UPUVOIl expansion bend : KaI-lTT~ olaoTOMe; expansion chamber: 8aAal-loe;

olaoTOA~c; expansion joint: CJl)VOWI-l0e;

olaoToA~e; expansion stroke: XpovoC;

£KTOVWO£WC; expectation : aval-lov~

23

expectation: TTpooooKfa expected frequency: aval-l£V0I-l£VIl

OUXVOTIlTa expected value: aval-l£v0l-l£vll TI\J~ experience: TT£fpa experienced: TT£TT£lpa\J£VOe; experiment: TT£lpa\Ja experiment: TT£lpal-laTfi;oI-lOi experiment of stability: TT£lpal-la

£uoTa8£fae; experimental: TT£lpal-laTIKOe; exploratory (test) boring: y£C.DTPIlOIl

OOKll-la0TIK~ exponential: £K8£TIKOC; exponential distribution : £K8£TIK~

KaTaVOI-l~ exponential function : £K8£TIK~

ouvapTlloll exponential of the power: £K8£TIle; Tile;

OUVal-lllC; exponential series: o£lpa £K8£TIK~ extend: TTapaT£lvw extension: TTapaTaOIl TTpo8wl-lfae; extensive property : £KTaTIK~ IOIOTIlTa extrapolation: £TT£KTaOIl eye: oaKTuAIOe; eye: ocp8aAl-loe; eye of a needle : OTT~ ~£A6vae; eye of the storm: ocp8aAl-loe; 8u£MIle; eye of the wind: ocp8aAl-loe; aV£I-l0u

F

face: 04J1l fact: y£yovoe; factor: TTapayoVTae; factor : ouvT£AwT~e; factor analysis : TTapayovTIK~ avaAuoll factorial: TTapayovTIKOe; factorial function : TTapayoVTlK~

ouvapTlloll fading : aTToo~wll fag : TT£PI£AI~1l Fahrenheit scale : 8£PI-lOI-l£TPIK~

KAfl-laKa ¢ap£vaIT failure: aTToTuxfa fair curves: KaI-lTTUA£e; ol-laMe;

24

fair weather: KmpOe; KaMe; fair wind: OUpIOe; (avq.roe;) fall: lTTWOTl false bottom: lJ.lEuooj3u8oe; fan : avq..lIO"T~pae; fast access storage : (JV~(Jfl WXEiae;

TTPOOTT£Aaofle; fastening: TTpoOOWfl fat: TTaXOe; fat: TTaXUe; fatten : TTaxuvw fattening: TTaxuvofl fatty oils: TTax£a £Ama fault : p~Y(Ja fauna: TTavii5a feasibility: OKOTTl(JOTflTa feather white sea: 8aAaooa AEUK~

aTTo TOUe; a<ppoue; feed valve: ETTlOTO(JIO TpO<pOOOTIKO fence: TTEpi<ppaY(Ja fender : TTpOOKpOUO"T~pae; ferrule: oaKTuAIOe; fertility factor: TTapaywv YOVI(JoTflWe; fertilizer: AiTTao(Ja fibrous: IVWOfle; fictitious: TTAao(JQTIKOe; fidelity: TTlOTOTflTa field: TTEoio field application efficiency:

aTToooTIKOnlTa E<pap(Joy~e; field canal efficiency: aTToooTIKOTflW

OIKTUOU (JETa<popae; field capacity: UOQTo'lKavoTflTa field distortion: TTapa(Jop<pwofl TTEoiou field energy: EV£PYEla TTEoiou field excitation: ol£YEPOfl TTEoiou field frequency: OUXVOTflW TTEoiou field of view: TTEOio OPQTOTflWe; field of vision: TTEOio OTTTIKO field of vision: TTEoio opaoEWe; field regulator: TTEoiou pU8(JIOT~e; field strength: TTEOiou £VTa0fl filing hole : OTT~ TTA~pwofle; filter: Olfl8w filter: oluAisw filter: fl8(Joe; filter: <pIATpapw

filter: <piATpo filter funnel: xwvi Olfl8~OEWe; filter galleries: uopo(JaO"TEUTIK£e;

o~paYYEe; filter paper: Olfl8flTIKOe; XapTfle; filtered water: <pIATpaplo(JEvO VEPO filtering : ol~8flOfl filtering: oluAIOfl filtrate: oll18fl(Ja filtrate: oluAisw filtrate: <pIATpapw filtration : ol~8flofl filtration: oluAIOfl filtration : <pIATpaplo(Ja fin: lTTEPUYIO final product: YIVO(JEVO TEAIKO fine aggregate: TTpoo(JlY(Ja aopavEe;

AETTTO fine weather: KaAoKmpia finite: TTETTEpao(JEVOe; finite difference methods: 1..1£80001

TTETTEpao(JEvwv OIa<pOPWV finite differences: TTETTEpao(JEVEe;

ola<popEe; finite element methods: (JE80001

TTETTEpao(JEvwv OTOIXEiWV finite elements: TTETTEpao(JEva

O"TOIXEia· finite population: TTETTEpao(J£Voe;

TTAfl8uo(Joe; finite sample space: TTETTEpao(JEVOe;

xwpoe; oEIY(JQToAfllJ.liae; fire hose: (JavlKa TTUpKa"lae; firm: TTaYIOe; fish: lJ.lapl fishery: IX8UOTpo<pEio fissure: paYlo(Ja fissure spring : TTflY~ pWYI..IaTOVEV~e; fitting : TTpooap(Joy~ fittings : E~apT~(JQTa fixed: TTaVIOe; fixing of boundaries: op08wia flange: TTEplauXEvlo flange: <pA6vTsa flat coast: TTapaAia ETTiTTEOOe; flat country : TTEPIOX~ ETTiTTEOOe; flat curve: Ka(JTTuAfl avolKT~

EYE 2000

flat shore: TTapaAia miTT£OOe; flatten: ICJOTT£OWVW flattened: TT£TTAOTUCJI-IEVOe; flexible tubing : CJWA~VWCJIl £uKal-lTTTIl float: £lTlTTMw float : lTAWT~pae; floated asphalt : XUT~ ompaATOe; floating ice: TToyoe; mlTTMwv floating point : KIVrlT~ UlTOOlaCJToM flood: lTAlll-il-iupa flood and ebb: TTAlll-il-iupie; KOI 0l-llTWTIe;

(TTaAfpPola) flood control: TTAIlI-II-IUPWV EA£YXoe; flood control dam: CPPoYl-ia

£lTICJXECJ£We; UOOTOe; flood control reservoir : TaI-lIWT~pae;

aVTITT All 1-1 1-1 UpIKOe; flood control works: aVTITTAlll-Il-iUPIKO

Epya flood gate: eupa uOOTOCPPOKTIl flood mitigation works:

aVTITTAlll-il-iuPIKO Epya flood plain of a river: KoiTIl

lTAlll-Il-IUPWV flooding irrigation: OPOWCJIlI-I£

KOTOKAUCJIl flooding valve : ~aA~ioa KOTaKAuCJ£We; floodway : KofTIl TTAIlI-II-IUPWV floor: OOTT£OO floor: lTClTWl-la floor We : TI,\oKfoiO OalTEOOU flora: XAwpfoa flotation: £lTfTTAWCJIl flow: pEW flow: po~ flow chart: oloypal-ll-la AOYIKO

(lTpoypaI-iI-iOTICJI-I0e;) flow coefficient : CJUVT£AWT~e; po~e; flow curves: KaI-iTTUA£e; po~e; flow diagram: oloypal-ll-la po~e; flow field: mofo po~e; flow lines: ypal-lIJEe; po~e; flow meter : I-I£TPIlT~e; po~e; flow rate : TTapox~ flow velocity: TaXUTIlTa po~e; flow-behavior index: o£fKTIle;

CJUl-IlT£plcpOpOe; Tile; po~e;

flowing-out hole : OTT~ £~aywy~e; flowmeter: opyavo I-IETPIlCJIle; pOlie; fluctuation: olaKUl-lavCJIl· ; fluid: PWCJTO fluid: pWCJTOe;

25

fluid friction : TPI~~ WWT£PIK~ uypwv fluid mechanics : I-IllxaVIK~ PWCJTWV fluid pressure: TTfWIl PWCJTOU fluidity: PWCJTOTIlTa fluidization: pWCJToTTofllCJIl flume: KaVOAI flume: xavooKI flutter: TTT£puYICJl-la flux : po~ fly: iTTTal-iOi fog: KOTaxvlo fog: ol-liXAIl foggy: 0I-lIXAWOIle; foggy weather: KOIpOe; 0I-lIXAWolle; footstep : ~~I-Ia forage : ~WOTPOCP~ force : ~IO~W force: OuVa1-i1l forced oscillation: TaMvTWCJIl

£~avaYKaCJI-IEVIl forced pump: aVTAia KOTaeAITTTIK~ fore: TTpOCJeIOe; foreign material: oUCJia ~EVIl foreshore: TTapaAia X£II-I£pfou KUI-iOTOe; forest: i56CJoe; . forest : IT£PIOX~ oaCJoCJK£TT~e; forgery: TTapaTToillCJIl fork: IT£POVIl formation: olal-l0PCPwCJIl formation: TTMCJll-lo formula: TUTTOe; fortnight : o£KaTT£Ve~l-I£po forward: TTpOCJeIOe; forward draught : ~u8lCJl-la TTpwpafou foul waters: uOOTa £lTICJcpaA~ foundation: 8£I-IEAIO founder : ~u8i~w foundering : ~u81CJIl foundering: KOTaTTovTICJI-I0e; fountain: TTioaKae; fraction: KMCJl-la fracture : p~yl-la

26

frame: m:pl8wplo frame: TTAafCJIo frame: TTAmCJIwvw frame : OKO<pO<; freatic aquifer: uOpo<popEa<; EAElJ8EPO<; free oscillation: TaMVTW0'l EAEU8EPil free overfall : KOTa[3a8jJo<; EAEU8EP'l<;

UOOTOTTTW0'l<; free settling: EAEU8EPil KaTaK08Io'l free sound field: TTEOfo aKOUGTIKO

EAEU8EPO free surface: ETTI<povEla EAEu8EPil free surface flow : po~ ETTI<pavElaKwv

UOOTWV free turbulence: TUp[3'l EAEU8EPil freeing port: 8upfoa EKKEVWO'l<; freely supported: EOpaSOjJEVO<;

EAEu8EPW<; freeze : TTaywvw freeze: ljJUXW freezing: TToywjJa freezing: TTaywvlo freezing: ljJUXp0<; freezing point: O'ljJElO TT~~EW<; freezing temperature: 8EpjJoKpaofa

ljJU~EW<; french curve: KajJTTuA6ypajJjJo frequency: OUXVOTilTa frequency distortion: TTapajJop<pwo'l

OUXVOT'lTa<; frequency distribution : KOTavojJ~

OUXVOT'lTa<; frequency domain: TTEOfo OUXVOT~TWV frequency histogram: IGToypajJjJa

OUXVOT~TWV frequency polygon: TToAuywvo

OUXVOT'lTa<; frequency range : TTEPIOX~ OUXVOT'lTa<;

frequency table: TTfvaKa<; OUXVOT'lTa<; fresh water: yAUKO VEPO fresh water pump: aVTAfa yAUKOU

VEPOU friction : TTpOOTPI[3~ friction : TPI[3~ friction coefficient : OUVTEAEGT~<; TPI[3~<; frictional loss: aTTwAEla TPI[3~<;

frictional resistance: aVTfGTa0'l TPI[3~<; frictionless flow : po~ OVW TPI[3WV frigid: TTaYEpo<; front: TTpoo810<; front of the wave: jJETWTTO KUjJOTO<; frontier: ouvopo frost: TTaYETo<; frost : TTaywvlo frozen: TTaYEpo<; frozen: TTaywjJEvo<; fuel: KaUCJljJo fuel filter: <pfATpo [3Evsfv'l<; fuel oil : TTETpEAmo KauoEw<; fuel oil boiler: TTETpEAmoAE[3'lTO<; fuel oil heater : 8EpjJavT~pa<;

TTETpEAafou fuel tank : TTETpEAmooE~ajJEv~ fully turbulent flow : TTA~pw<;

TUp[3WO'l<; po~ fume: OTjJO<; function: OUVOPT'lOil fundamental: [3aCJIKo<; fundamental: 8EjJEAlw0'l<; fundamental component: OUvloTwoa

8EjJEAlw0'l<; fundamental frequency: OUXVOTilTa

[3aCJIK~ fundamental gneiss: YVEUCJlO<;

TTPWTOYEV~<; fundamental units: jJOVOOE<;

8EjJEAIWOEI<; fundamental wave: KUjJa 8EjJ£AIWOE<; fundamental wavelength : jJ~KO<;

8EjJEAlwoou<; KUjJOTO<; fungicides: jJUKilTOKTOVa funnel - shaped : XWVOEIO~<; funnel: XOOVil funnel: xwvf furrow: apOWTlKo<; auAaKa<; furrow: auAaKa<; furrow: auMKI OPOO'l<; furrow irrigation: 0POWO'l JJE auMKla

G

gage: Kavwv ([3a8jJoAoY'ljJEVO<;) gallery: yaAapfa

EYE 2000

gallery: aroo gallery: UTTOVOfJOC;; gallery passage: ol60pofJoC;;

OK£TTaaroc;; gallon : yaf...6vl game: TTOIxvfol gap: OIOK£VO gap : p~VfJa gape: pOYlofJa garbage: aTTOppffJfJOTa gas: a£plo gas control apparatus: opyavo

£A£yxou a£pfwv gas freeing : £~a£plofJOC;; gas laws: VOfJOI TWV a£pfwv gas pressure: TTfwr] a£pfwv gasket: OaAafJOarpa gasoline: TTETp£Aa"iKoc;; 0I8~p gate: 8upa gate: 8upfoa gate: TTUAr] gateway: TTUAWV gauge : fJ£TPr]T~C;; gauge pressure : fJaVOfJETpIK~ TTfwr] general: Y£VIK0C;; general plan: oP1sovTloypacpfa generalization: Y£VfKEUOr] generating: TTapaywYIKoC;; generating function: y£v£T£lpa

ouvoprr]or] generating line: y£v£T£lpa (ypafJfJ~) generator: TTapaywyoc;; geoanticline : y£wavTfKAIVO geocentric latitude: TTAOTOC;;

Y£WK£VTPIKO geographic equator: IOr]fJ£PIVOC;; y~IVOC;; geographic information system (GIS) :

y£wypacplKo ouarr]fJa TTAr]pOCPOPIWV geological: Y£WAOYIKOC;; geology: y£wAoyfa geometer: Y£WfJ£TPr]C;; geometric distribution : Y£WfJETPIK~

KOTaVOfJ~ geometric leveling: xwpooTo8fJr]or]

Y£WfJ£TPIK~ geometric mean: Y£WfJETPIKOC;; fJ£OOC;;

opoC;;

geometrical: Y£WfJETPIKOC;; geometrical graph: TTapoaraor]

Y£WfJETPIK~ geometrician: Y£WfJ£TPr]<; geometry: y€wfJ£Tpfa geomorphology: Y£WfJopcpoAoyfa geophysics : y£wcpumK~ geothermal: Y£W8£PfJ1KOC;; geothermy : y£w8£PfJfa geyser: olallEfTTwv 8£PfJOTTfoaKa<; gigantic: TTEAWpIOr; glacial: TTay£poc;; '?';:,; glacial clay: TTr]f...6c;;'ifaYETwvIKOC;; glacier: TTaYETwv glide: KOToAlo8afvw glide: oAlo8afvw '-gliding an~le : ywvfa KOTOAio8r]or]C;; globe: uopoY£lo<; ocpafpa globe valve : ~aA~foa OCPOlPIK~ gneiss: yv£umoc;; go astern : oTTlo8oopofJw go back: oTTlo8oopofJw governor : pu8fJlar~c;; grad : ~a8fJoc;; (fJov60a fJ£TPr]Or]C;;

ywvfac;;) gradient : ~a8fJ[oa gradient: KAfor] grading : ~a8fJOAoyfa grading machine : IOOTT£OWT~C;; gradual : ~a8fJlafoc;; gradually varied flow : po~ ~a8fJlafa

fJ£TO~aM6fJ£vr] graduated disc: OfOKOC;;

~a8fJOAoyr]fJ£VOC;; grain : KOKKOC;; granite: ypavfTr]C;; granulometric graduation:

27

ola~o8fJlor] KOKKOfJ£TPIK~ grap-dredger : ~U80KOpO<; fJ£ apTTay~ graph: oloypafJfJa graph: TTapoaraor] ypacplK~ graph paper: XOPTr]C;; 0X£OIOO£WC;; (fJ£

KAlfJaK£C;;) grass: ypao[ol gravel: xaAlKla gravel concrete: xaAIKoKov[afJa gravimeter : ~apUTofJETPO

28

gravitation : EA~1l ~apUTIlTae; gravitational waves: KUllaTa ~apuTIKa gravity : ~apUTIlTa gravity concentration: £IlTTAOUTIGIlOe;

Il£ ~apUTIlTa gravity water: v£po ~apuTIlTae; gravity waves: KUllaTa ~apUTIlTae; grazer : aTT04J1AWT~e; green manure: ,\[TTaVGIl XAWP~ greenhouse : 8£PIlOK~TTlO Greenwich time: wpa rKp~vou'lTe; grid : Kava~Oe; grid: TTMYlla grid characteristic: xapaKTIlPIGTIKO

TTMYlJaToe; grid emission : £KTTOIlTT~ TTMYllaTOe; grinder : £KTpl~Eae; grip: TTaKTwvw gritty: XaAIKwiSlle; ground : Y~TT£iSo ground: EiSa<poe; ground : TT£PIOX~ ground: xwpoe; ground absorption: aTToppo<PIlGIl

£iS6<poue; ground frost: TTaxvll ground organization: £iS6<poue;

opyaVWGIl ground sprayer: £iS6<poue; LJJ£KaO"T~pae; ground water: v£po UTTOY£IO ground water flow: po~ uTToY£la ground water overpumping :

umpavT All Gil uTToy£iou uiSaToe; ground water supplies: aTTo8EIlaTa

uTToy£iwv v£pwv grounded: TTpOGapaYIlEVOe; group: ollaiSa gulf: KOATTOe; gully: xapaiSpa gutter: oxuoe; gutter: p£i8po gutter : uiSpoppo~ gyration : mpIGTpo<p~

H

hail: XaM(1

1\8~IK6 YOpOT8XVIKWV 6pwv

hailstone: XaM(1 half: IlIGOe; half closed: IllliKA£IGTOe; half sea: IlWo8aAaGGa half section : IlIlITOIl~ hand brake: X£IP0<PP£vo hand drill: TpuTTavl X£lpoKiVIlTO hand pump: X£lpavTAia hand steering gear: TTIliS6Alo

X£lpIGT~pIO

harbour chart: XapTIlC; AIIlEva harbour plan: XapTIlC; AIIlEva hard water: GKAIlPO VEPO harmonic component: GUVIGTWGa

apllovlK~ harmonic distortion: TTapalloP<PWGIl

aPllovlKWV harmonic function: GUVapTIlGIl

apllovlK~ harmonic mean: IlEGOC; opoe;

aplloVIKOe; harmonic motion: KivilGIl apllovlK~ harrow : G~apva haul alongside: TTAWpi(w head : Ka~Oe; head: <popTio headwaters: 0p£lva v£pa heart : TTup~vae; heat - absorption capacity: IKaVOTIlTa

aTToppo<p~G£We; 8£PlloTIlTae; heat - balance: IGO(UYIO 8£PIlIKO heat: 8£Pllaivw heat: 8£PIlOTIlTa heat conduction: 8£PIlOTIlTae; aywy~ heat content: TT£PI£KTIKOTIlTa G£

8£PIlOTIlTa heat emission : £KTTOIlTT~ 8£PIlOTIlTae; h.eat engine : 8£PIlIK~ Illlxav~ heat insulating: 8£PIlOIlOVWTIKOe; heat transfer: Il£Ta<popa 8£PIlOTIlTae; heat treatment : 8£PIlIK~ £TT£~£pyaGia heat unit: llovaiSa 8£PIlOTIlTae; heat value : 8£PllavTIK~ a~ia heat value : 8£PllavTIK~ IKaVOTIlTa heater : 8£PllavT~pae; heating: 8EPIlavGIl heating by coal fire: 8EPIlavGIl iSl'

EYE 2000

ov8paKOt; heating effect: anOTEAwI-la

8£Pl-lavTIKo heating installation: £YKaT00Ta01l

8£pl-laVTIK~ heating power : 8£pl-laVTIK~ 10XUt; heating power: IKaVOTIlTa 8£pl-laVTIK~ heating surface: £1TI<pov£la 8£pl-lavTIK~ heating system: 0uGTill-la

8£PI-l0V0£Wt; heating value: IKaVOTIlTa 8£pl-laVTIK~ heating worm : 0wA~vW01l

8£PI-l0V0£Wt; O<PIO£IO~t; heave up the anchor: 0aAnopw heavy liquids: uypo ~apEa heavy metals: I-lETaMa ~aplo heavy rain : ~pOX~ OUVaT~ hectoliter: £KaToAITPO hectometer: £KaTOVT0l-lnpO hectowatt : £KaTO~OT height: UlIJOt; helm: nllooAlo helophytes : £A6<puTa hemisphere: 1l1-l10<pafp10 hemispherical: 1l1-l10<pOlPIKOt; herbicides : ~1~avloKTova heredity: KAIlPOV0I-lIKOTIlTa hermetic norm: vOPl-la £PI-lIlTIK~ heterogeneity: n£poYEv£la heterogeneous : n£poy£v~t; heterotrophic: n£pOTp0<pIKOt; heuristic: £UPW0TOt; high - pressure field: n£oio ulIJllAwv

1TIE0£WV high - pressure gauge : I-lnpIlT~t;

UlIJIlA~t; niWIlt; high boiling point: UlIJllA6t; ~a81-l0t;

~paCJl-lou high tension winding : 1T£PIEAI~1l

UlIJIlA~t; £VT00£wt; high water: nAlll-ll-lupit; hilly ground : 1T£PIOX~ Ao<pWOIlt; hindered settling: KaTaK081CJIl

nap£l-lnool~OI-l£VIl histogram: ICJToypal-ll-la hoar - frost: noxvil hoar-frost: nayoKpuGTaMot;

holding winding : n£pIEAI~1l CJUYKPaT~0£wt;

hole: Tpuna holed nut: n£plKoxAIO KUKAIKO homocentric: 01-l0K£VTP0t; homogeneity: 01-l0loYEv£la homogeneous : OI-lOloY£V~t; hopper dredger : ~U80KOPOt; I-l£

o£~al-l £vtt;

29

hopper dredger : ~U80KOPOt; I-l£ xwpo IMot;

horizon : opi~wv horizontal : OPI~OVTIOt; horizontal force: Ouval-lll OPI~ovTla horizontal plane: £nin£oo OPI~OVTIO horse collar: n£plauXEvlo horse shoe plate: EAaCJl-la nnaAo£IOEt; horsepower: IlTnOOuVal-l1l hot wire instrument: opyavo 8£PI-l0u

0UPl-laTOt; hour: wpa housing : 1T£pi~Alll-la housing: n£plKoAul-ll-la hub: n£plKoxAIO huge: n£Awplot; hull (of a vessel) : 0KO<p0t; nAoiou hull: 0KO<p0t; humidity: uypa0ia humidity of the air: uypaCJia

aTl-loCJ<paipat; humus: xoul-l0t; hundredth: £KaTOCJTO hurricane : aV£l-loGTPo~IAot; hurricane: KaTOIyfoa hydrant: KPOuvot;uOaTot; hydrant: 0TOl-li0 uopoAllllJiat; hydrate: £VUOaTWVW hydraulic - turbine : UOpoCJTpo~IAot; hydraulic: uopauAIKOt; hydraulic brake: <pPEVO uopauAIKo hydraulic compressor : 0UI-l1TlWT~t;

uopauAIKoc; hydraulic conductivity at saturation:

uopauAIK~ aywY11-l0TilTa CJTOV KOP£CJI-l0(KOP£01-l 0U)

hydraulic crane: y£pavot; uopauAIKOt; hydraulic diameter : uopauAIK~

30

OIOI-iETPO~ hydraulic dredge : EKaKacp£a~

avappocp'lTIKO~ hydraulic dynamometer:

oUVal-l0I-lETPO uopauAIKo hydraulic efficiency: aTTOOOOil

uopauAIK~

hydraulic energy : uopauA"<~ EV£PYEla hydraulic engineer : l-I'lxaVIKO~

uopauAIKo~

hydraulic force: oLJVal-lil uopauAIK~ hydraulic grade line : ypal-ll-l~

uopauAIK~

hydraulic gradient: KAlOil ypal-ll-l~~ Ev£pYEla~

hydraulic head: uopauAIKo cpopTio hydraulic installation: EYKOToOra0'l

uopauAIK~

hydraulic jump: OAl-ia uopauAIKo hydraulic motor : KIV'lT~pa~

uopauAIKo~ hydraulic potential: OUVal-ilKO

uopauAIKo hydraulic power : IOXU~ uopauAIK~ hydraulic press : TTlWT~PIO uopauAIKo hydraulic press ram: £1-I[30AO

uopauAIKou TTlWT'lPiou hydraulic pressure : uopauAIK~ TTiwil hydraulic pump: aVTAia uopauAIK~ hydraulic radius: aKTfva uopauAIK~ hydraulic resistance: aVTfoT00'l

uopauAIK~

hydraulic system: oUGTill-ia uopauAIKo hydraulic test : OOKII-I~ uopauAIK~ hydraulic tube : oWA~va~ uopauAIKo~ hydraulic works: uopauAIKo £pya hydraulics : uopauAIK~ hydrion : IOV uopoyovou hydrobiologist : uopo[310A6yo~ hydrobiology : uopo[310Aoyfa hydrochloric acid : o~u UOpOXAWPIKO hydrodynamic : uopOOUVaI-lIKO~ hydrodynamic pressure: TTiwil

uopOOUVaI-lIK~ hydroelectric plants : UOpOilAEKTPIK£~

EYKOTaGTOOEI~ hydrogen ion : IOV uopoyovou

!\Sr;IKO YOpOT8XVIKdJV OpWV

hydrogen peroxide : o~uyovouxo VEPO hydrograph : uopoypocp'll-la hydrographic chart : XOPT'l~

uopoypacplKo~

hydrographic notice : uopoypacplK~ aYYEAla

hydrography: uopoypacpia hydrologic cycle : UOPOAOYIKO~ KUKAO~ hydrological : UOPOAOYIKO~ hydrology: uopoAoyia hydrolysis: UOPOAU0'l hydromechanics : UopOI-l'lxavIK~ hydrometer: UOpOI-iETPO hydrosalinity model: uopoaAOTouxo

I-I0VT£AO hydrosphere: uopoocpmpa hydrostatic : UOpOGTOTIKO~ hydrostatic distribution : KOTaVOI-I~

UOpOOTOTIK~

hydrostatic press: UOPOGTOTIKO TTlWT~PIO

hydrostatic pressure: TTiwil UOpOOTOTIK~

hydrostatics : UOpOOTOTIK~ hydrotropism : UOpOTpOTTlOI-IO~ hyetograph : UETOypoCP'll-ia hygrometer: UypOI-iETPO hygrophytes : uypocpura hygroscope: UYPOOKOTTIO hygroscopic : UYPOOKOTTlKO~ hygroscopicity: UYPOOKOTTlKOTilTO hyperbolic : UTTEp[30AIKO~ hypolimnion: UTTOAil-iVIO hypothesis: UTTo8w'l hysteresis: UOT£P'lOil hysterisis loop : [3poxo~ UGT£P'lO'l~

I

ice - box: ljJuYEio ice (cold) room : TTay080Aa1-l0~ ice : TTOYO~ ice accretion: TTOYOU OX'1I-1OTIOI-IO~ ice calorimeter: 8EPI-lIi56I-1ETPO ola

TTOYOU ice pellets: ocpOlpiola TTOYOU ice sheet: GTpwl-la TTOYOU

EYE 2000

iceberg : lToyo!3ouvo ice-breaker: lToy08pOUCJTf']s ice-breaker: lToy08pOUCJTIKO (lTAOIO) icing: KPOUCJTO m:'xyou icy: lTOYEPOs idea: 10£0 ideal gas: IOOVIKO O£PIO identification: ovoyvwPICJf'] identification: lTICJTolToif']CJf']

TOUTOTf']TOs igneous rock: IT£TPWIJO 1J0YIJOTOYEV£s igneous rock: IT£TPWIJO lTUPIYEV£s image: EIKOVO imaginary numbers: CPOVTOCJTIKOI

opI8IJoi immersion: !3u8ICJf'] immersion: EIJ!3u8ICJf'] immersion: KOTaouCJf'] impact: ElTiopoCJf'] impact: lTpOCJKPOUCJf'] impact: lTpOCJKPOUW impedance: OVTiCJToCJf'] CJUV8ETf'] impeller : lTTEPWT~ impeller: CJTpocpEio KEVTPOCPUYf']s

OVTAfos impeller : CPTEPWT~ impermeable: OOIOlT£POTOS impermeable rock: IT£TPWIJO

OOIOlT£POTO impermeable rock: lTETPWIJO

UOOTOCJTEYEs impervious: OOIOlT£POTOS important: CJf']IJOVTIKOS impregnate : OIOlTOTI~W impregnation: OIOlTOTICJf'] impulse excitation: OI£YEPCJf'] WCJTIK~ impurities : lTpOCJlJi~Els ~EVES in series: EV CJElpa inch: iVTCJO incidence: lTpOCJlTTWCJf'] inclined: KEKAIIJ£VOs incompressibility: OCJUlJlTIWTOTf']TO incompressible: oCJUlJlTiWTO incompressible flow: oCJUlJlTiWTf'] po~ incompressible fluid: PEUCJTO

OCJUlJlTiECJTO increasing function : ou~ouCJo

CJuvapTf']CJf'] increment : OU~f']CJf'] independence : OVE~OPTf']CJio independent : oVE~apTf']TOs independent events: YEYOVOTO

oVE~apTf']TO

independent random variables: IJETO!3Af']TEs TUXOIES oVE~apTf']TEs

independent samples : oVE~apTf']TO oEiYIJOTO

independent variable : IJETO!3Af']T~ oVE~apTf']Tf']

index: OEiKTf']s index : EUPET~PIO index: lTiVOKOS lTEPIEXOIJEVWV

oACPO!3f']TIKOs indicate: OEIKVUW indicating instrument: oPyovo

EVOEIKTIKO indicator: OEiKTf']s indicator : IJETPf']T~s indirect heating: 8£PlJovCJf'] EIJIJWf'] induction heating: 8£PlJovCJf']

ElTOYWYIK~ induction instrument: oPyovo

ElTOYWYIKO industrial waste water: VEPO

oKa80pTo - !3IOIJf']xovios inefficient: 1Jf'] OlTOOOTIKOS inefficient: 1Jf'] OlTOTEAwlJOTIKOs inequality: OVICJOTf']TO infection: lJoAuvCJf'] infectious: IJOAUCJIJOTIKOs infectious disease: vOCJos

IJOAUCJIJOTIK~ inference: CJUlJlT£poCJIJO inference: CJUlJlTEPOCJIJOTOAoyfo infiltration : ol~8f']CJf'] infiltration rate: olf']8f']TIKOTf']TO infiltrometer : olf']8f']TOIJETPO infinite population: lTAf']8uCJlJos

alTElpOs infinity: alTElpO inflection : KOlJlT~ inflection point: CJf']IJEfo KOlJlT~S inflow : EICJpO~ influx : EICJpO~ UMTWV

31

32

initial conditions : ouv8~K£<; apXIK£<; injection: £YXU0'l injection valve : ~aA~ioa £YXUO'l<; injector : £yxuT~pa<; injector : ljJ£Kam~pa<; inland navigation: vauolTTAoTa

£OWT£PIKWV UOCHWV inland sea: AlI-IVil aAI-IUpOU v£pou inlet : £Ioaywy~ inlet: £ioooo<; inlet chamber: 8aAa1-l0<; £Ioaywy~<;

(avappocp'lT"<~<; aVTAia<;) inlet valve: £TTlmOI-lIO £Ioaywy~<; inlet velocity: TO)(UTilTO £IOOOOU input : £Ioaywy~ input device: opyava £IOOOOU insecticides: £VTOI-I0KTOVa insert : TTap£l-I~aMw insertion : TTap£I-I~OA~ inside: TTAwpa £OWT£PIK~ inspection hole : OTT~ £TTl8£wP'l0'l<; installation: £YKOTama0'l institute: IvmlTOLno instruction : £VTOA~ instrument: opyavo instrument board: TTivaKO<; opyavou instrument error: ocpaAl-la opyavou . insulating material: ouoia I-IOVWTIK~ insurance certificate: TTlOTOTTOI'lTIKO

aocpaMia<; intake : £Ioaywy~ intake: £10000<; intake: UopoA'lljJia integral : OAOKA~pWl-la integration: OAOKMpw0'l intelligence quotient (IQ) : O£iKT'l<;

VOilI-lOOUV'l<; intensification: £VTOTIKOTTOi'loil intensity: £VT00'l intensity of turbulence: £VT00'l TUp~'l<; interaction: aMilAmiopaoil interaction space: xwpo<; £vooopoo£w<; intercept (on z-axis) : TOI-I~ (1-1£ TOV

o~ova z) intercepting ditch: olwpuya ouppo~<; interception: TTap£I-ITTOOIOil interception: UOOTOOUYKPOT'lOil

IIs~11\6 Yi5POTSXVII\WV 6pcvv

interface: OI£TTlcpav£la interfere: TTapaKwAUw interference : TTap£I-I~OA~ interference: TTap£VOXA'l0'l intermediate: 0101-1£00<; intermediate: £volal-lwo<; intermediate frequency: OUXVOTilTO

£volal-l£Oo<; intermediate wave: KUl-la £volal-l£Oo intermittent: olaKOm0l-l£vo<; intermittent: olaMiTTwv intermittent rain : ~pOX~ olaA£iTTouoa

(KOTO olOA£il-ll-laTO ~pOX~) internal energy : £OWT£PIK~ £v£PY£la interpolation : TTap£I-I~OA~ interpolation tables: TTivaK£<;

TTap£1-I ~OA~<; interpretation: £PI-I'lv£ia interrupt: olaKoTTTw interruption : olaKoTT~ intersect: OIOT£I-IVW interval: OIOA£ll-Il-Ia interval: olaOTill-la interval: TTaU0'l intervention : TTap£l-I~aoil intrinsic: £OWT£PIKO<; introduction : £Ioaywy~ intrusion: TTap£ioouoil inundation: TTAill-ll-lUpa invariant : al-l£TO~A'lTO<; invariant: avaMoiwTo<; inverse: aVTioTpOCPO<; inverse Fourier transformation:

aVTimpocpo<; I-I£TOOXilI-lOT10I-IO<; Fourier

inverse matrix: aVTioTpOCPO<; TTivoKa<; inverse matrix: I-I'lTPWO aVTimpocpo inversion : aVTloTpOCP~ invert: aVTlmp£cpw inviscid flow : po~ 16av1K~ iodides: Iwolouxa allOTa ion: IOV ion exchange capacity: IKaVOTilTO

aVTOMay~<; IOVTWV ion trap: TTayioa IOVTWV ionic - heater: 8£Pl-laOTpa 10V"(~ ionization: 10VI0[JO<;

EYE 2000

ionize: 10vfC;w ionosphere: 10voO"cpmpa ionospheric storm: 8uE'\'\a

10voO"cpmplK~ irreversible process: i5IEpyaO"fa (JI"l

aVTlo"Tp£TTT~

irrigated region : TTEPIOX~ api5wolJEVIl irrigation: opi5wO"Il irrigation by sprinkling: opi5woll IJE

KaTaIOvlO"IJO irrigation by surface flooding:

Opi5EUO"Il IJE KaTOKAUO"Il irrigation canal: i5H.Dpuya api5wTIK~ irrigation ditch: aUAaKa<; api5wTIKO<; irrigation ditch: rocppo<; api5wTIK~ irrigation efficiency: aTToi5oTIKOTIlTa

opi5wO"Il<; irrigation pipes : CiWA~VE<; api5Euo"EW<; irrigation schedule: TTpoypalJlJa

opi5wO"Il<; irrigation schedule:

TTpoypalJlJaTlO"lJo<; opi5wO"Il<; irrigation structures: tpya api5wilKa irrigation through furrows: api5wO"Il

IJE auMKla irrigation works: Epya api5wTIKo irrotational field: TTEi5io aO"TpO~IAO irrotational flow : po~ aO"TpO~IAO<; isallobars : KaIJTTUAE<; 100aAo~apEf<; isobathymetric : 10"0~a8~<; isoclinal : IO"OKAIV~<; isohyetal : IO"OUETIO<; isohyetal curve: IOOU0rl<; KOIJTTUA.I1 isothermal: loo8EPlJ0<; isotropic: IO"OTPOTTO<; isotropic medium: IJEO"O IO"OTPOTTO isotropic turbulence : TUP~1l 1000TPOTTil isotropy: 1000TpoTTfa iterative: ETTavaAIlTTTIKO<; iterative branches: KAOi5ol

ETTavaAIlTTTIKof iterative methods: 1J£80i501

ETTavaAIlTTTI KE<;

J jacket : TTEpf~AlllJa

Jacobian : laKw~lav~ jet : EK~OA~ jet : EK~OA~ ~Iafa ui5aTo<; aTlJOU jet : cpM~a jet of fluid : cpM~a uypou jet pump: aVTMa EKTO~E(jo"EW<; jetty : TTpo~MTa<; ~UAIVO<; joining: O"uvi5wll jOint: op8pwO"Il joint density function: O"UVOpTIlO"Il

TTUKVOTIlTa<; KOIV~

33

jOint probability function: O"uvapTIlO"Il TTl8avoTIlTa~ KOIV~

joint probability table: TTfvaKa<; KOIV~<; TTl8avoTIlTa<;

joint spacing: TTOX0<; aplJwv joint washer: cpMvTC;a O"UVi5ETlK~ journal: TTEPIOi5IKO jump: OAlJa Jurassic period: loupamo<; TTEpfoi5o<;

K kaoline: KaoAfVIl kaolinite: KaoAlvfTIl<; karst stream : po~ KapoTIK~ kedge: nivEAo keep: OlaTllpW keg : ~apEAI 30 yaAovlwv kerosene: KIlPoC;fvll kettle : j..E~IlTa<; keyboard: TTAIlKTpoMYlo keys: nMKipa ypacpOlJllxav~<; kilocalorie: XIAI08EPlJfi5a kilogram: XIAIOypOlJlJO kilolitre : XIAIOAITPO kilometer: XIAIO(.J£TpO kilowatt : KIAO~Ot kinematic eddy viscosity: KIVilIJaT1KO

I~WOE<; TUP~Il<; kinematic viscosity : I~Wi5E<;

KIVllllaTlKO kinematics : KIV~lJaTIK~ kinetic energy : KIVIlTIK~ EVEpYEla kinetics: KIVIlT1Krl . king - pin: TTEipo<; aKpa~ovfou knot : KOIJ~Or,

34

Kriging method: IJ£Sooo<; Kriging kurtosis: KUPTWOTl

L

label : TTlvaKfoa laboratory : EpyaCJT~plo lacing: TTPOCJOWIl lactic acid : o~u yaAaKTIKo lag (space, time) : UCJT£PIlCJIl (XWpIK~,

XpOVIK~) lag: KaSuCJT£PIlCJIl lagoon: AIIJvoS6AaCJCJa laid up : TTapoTTAICJIJ£VO<; lake: AflJVIl laminar: CJTPWTO<; laminar boundary layer : oplaK~

CJTOI~60a CJTPWT~ laminar flow : po~ CJTPWT~

(TTap6MIlAIl) lamp oil : TTETp£Amo <pWTICJTIKO land: CJTEPI6 land reclamation: £YYElE<; ~EATI(.lJCJEI<; land survey: XWPOIJ£TPIlCJIl land survey: xwpoCJT6SIJIlCJIl land treatment : ETTE~EpyaCJfa Eoa<pOU<; landfill: CJKOUTTIOOTOTTO<; landform: av6yAu<p0 landing area : TTEPIOX~ aTTo~6CJEW<; landmark: opoCJlllJO landslide: KmoAiCJSIlCJIl large: IJEy6Ao<; large: TTAmu<; last: olapKw late frost: TTaYETo<; 04J11J0<; latent heat: SEPIJOTIlTO AavS6vouCJa lateral deviation : TTapEKTpoTT~

TTAEUPIK~ latin squares: TETp6ywva AmlvIK6 latitude: TTAaTO<; YEwypa<pIKo lattice point : KOIJ~O<; launch: KaSEAKuw launcher : KaSEAKuCJT~pa<; launching: KaS£AKuCJIl law: VOlJo<; laws of motion: VOIJOI KivIlCJIl<; lay a rope: TTAEKW CJxolvi

layer : CJTOI~60a layer: CJTpwlJa leachate: £KTTAulJa leaching: £KTTAuCJIl leaching requirements : CJUVTEAwT~<;

tKTTAuCJIl<; leading edge: XEfAo<; TTPOCJTTTWCJEW<; leak: olapptw leak detection: tAEYX0<; olappowv leakage : olappo~ leakage : ola<puy~ leaky: olapptwv leap : TT~OlllJa leap year: tTO<; OiCJEKTO least squares: EA6XICJTa TETp6ywva least-squares method: 1J£8000<;

EAaxfCJTwv TETpaywvwv lee shore: TTapaAia TTpOCJ~VEIJO<; leeway: TTaptKKAICJIl TTP0<; TO TTiCJw Leibniz' s rule: Kavova<; TOU Leibniz length : IJ~KO<; levee: av6xwIJa level: ETTiTTEOO<; level: CJT6SIJil level flight : TTT~CJIl OPI~ovTla level flying : Opl~OVTla TTT~CJIl level indicator: CJT6SIJIl<; oEfKTIl<; level of significance: ETTfTTEOO

CJIlIJavT1 KOTIlTO<; leveling: ICJOTTtoWCJIl leveling instrument: opyavo

ICJOTTtoWCJIl<; leveling machine: IJIlX6vllIJa

ICJOTT£OWCJIl<; leveling staff : TT~XU<; xwpoCJTaSlJfCJEw<; lid: TTWlJa lift : aVU4JwCJIl lift force: OUValJ1l avu4JWTIK~ lifting capacity: IKavoTIlTO aVU4JwTIK~ lifting piston : £1J~oAo aVU4JwCJEW<; lifting power: ICJXU<; aVWCJTIK~ light diffraction: TTap6SAaCJIl <PWTO<; light oil : TTETptAmo light rain : ~pOX~ EAa<pp6 light water line: fCJaAo<; ypalJlJ~

6<pOPTO<; light-house: <p6po<;

EYE 2000

like poles: OIJWVUIJOI lTOAOI likelihood: 1TI8avocpavEIa lime concrete: TaJIJEVToKOvfalJa aa~wTOuxo

limestone : aa~wToAI8o<; limit: OPIO limit of compression: OPIO aUIJlTfwll<; limit of fire: OPIO ~OA~<; limit of proportionality: OPIO

avaAoyfa<; limit of saturation: OPIO KOPWIJOU limit of stability: OPIO waTa8Efa<; limitation: lTEploplaIJo<; limitation of liability: lTEplOplaIJo<;

w8uVIl<; limited: lTEplOplaIJEvo<; limiting conditions: KaTaaTaaEI<;

oplaKE<; limits of velocity: apia TaXUTIlTa<; limnobiology : AIIJVO~loAoyfa limnology: AIIJVOAoyfa limpidity: olauYEla line : ypaIJIJ~ line of latitude: lTapaAAIlAo<; TOU

lailIJEplVOU linear: ypaIJIJIKo<; linear correlation coefficient:

auvTEAwT~<; ypaIJIJIK~<; auaXETiaEw<; linear distortion: lTapaIJOpcpwall

ypaIJIJIK~ linear interpolation : lTapEIJ~OA~

ypaIJIJIK~ linear model: IJOVTEAO ypaIJIJIKO linear relationship: aXEall ypaIJIJIK~ linear velocity: TaXUTIlTa ypaIJIJIK~ linearity: ypaIJIJIKoTIlTa lined canal: ElTEVOUIJEVIl olwpuya lining: ElTEVOUall lining: ElTEVOUall CPPEaTO<; lining : lTEpf~AlllJa WWTEPIKO liquefaction: pWaTolTofllall liquefy a gas: UYPOlTOIW aEplo liquid: pwaTo liquid: uypo liquid column : aT~AIl uyp~ liquid fuel: uypo KauaJIJO liquid limit: OPIO pWaToTIlTa<;

liquid measure: IJETPO uypwv liquid-cooled: UYPOljJUKTO<; liquidize: pWaTOlTOIW liquids: uypa list: AfaTa liter: AfTPO livestock watering reservoir:

UOaTOOE~aIJEV~ lToTfaIJaTo<; load: cpopTfo load line: faaAo<; ypaIJIJ~ EIJcpOPTO<; load water line: faaAo<; ypaIJIJ~

EIJcpOPTO<; loam: lTIlAD<; loam soil: Eoacpo<; lTIlAWOE<; loamy marl: lTllADlJapya

35

local acceleration: ElTITaxuVall TOlTIK~ local coordinate: auvTETaYIJEVIl TOlTlK~ local derivative: lTapaywyo<; TOlTlK~ local rain : ~pOX~ TOlTlK~ local Reynolds number: apl8IJo<;

Reynolds TOlTlKO<; lock : OE~aIJEV~ pu8IJlall<; aTa8IJIl<; lock: 8upa OIOOOU UoaTwv lock gate: 8upa OIOOOU UoaTWV lock nut: mpIKoXAIO aacpaAEfa<; logarithm: AoyapI8IJ0<; logarithmic derivative: lTapaywyo<;

Aoyap18IJIK~ long wave: KUIJa IJEyaAou IJ~KOU<; longitude : IJ~KO<; YEwypacpIKo longitudinal section : IJIlKOTOIJ~ longitudinal waves: KUIJaTa OlaIJ~KI1 loop : ~poxo<; loop: 81lAIa loose ice: lTayo<; TIlKOIJEVO<; loss: alTWAEla loss coefficient : aUVTEAEaT~<;

alTWAEIWV loss factor: lTapayovTa<; alTWAEIWV loss of compression: alTWAEla

aUIJlTIEaEw<; loss of output: alTWAEla lTapaywy~<; low - pressure area : lTEPIOX~ xaIJIlA~<;

lTIEaEw<; low - pressure field : lTEofo XalJllAWV

lTIEaEWV low boiling point : ~a8IJo<; ~paalJou

36

XalJflM<; low frequency: GUXVOTflTa aG8Ev~<; low pressure : xalJflA~ TTiwfl low -pressure piston : EIJ~oAo

xalJflA~<; TTlEGEW<; low water: aIJTTwTI<; low waters: xalJflAa vEpa lower Cretaceous system:

UTTOKPflTIOIKO GlJOTfllJa lower limit: OPIO KaTlllTaTO lowest common denomin'ator :

TTapOVOlJaGT~<; EMXIGTO<; KOIVO<;

lukewarm: xAlapo<; luminating oil: TTETPEAQlO cpWTIGTIKO lunar tide: TTaAippola GEAflVlaK~ luxiviate : xwpisw IJE EKTTAuGfl Iysimeter : AUGilJETPO

M

machine: IJflxaVfllJa macroplankton : lJaKpoTTAaYKTo macroscopic: lJaKpOGKOTTlKO<;

(IJEyaAo<; OYKO<; E06cpou<;) magazine: TTEPIOOIKO magnetic compass : TTu~ioa lJayvflTIK~ magnetic field: TTEOio lJayvflTIKO magnetic screen: 8WpaKIGfl lJayvflTIK~

magnetic storm: 8uEMa lJayvflTIK~ main: KUPIO<; main channel: KUPIO<; aywyo<; maintain: OlaTflPW maintenance : OlaT~PflGfl maintenance area : TTEPIOX~

GUVTflP~GEW<; majority: TTAEIOVOTflTa make tight: OTEyavoTTolw manhole: CPPEaTiO ETTlGKE4JEW<; KQI

Ka8apIGIJOU manifold pressure: TTiwfl EIGaywy~<; manometer: lJaVOIJETpO manometer : IJETPflT~<; TTiwfl<; manual control: EAEYX0<; XEIPOKivflTO<; manual control: XElpOppu81JIGfl manufactured ice: TTayo<; TEXVflTO<; map: XapTfl<;

1IE;~IK6 YOpOmXVIKc!W 6pwv

map reading: avayvw(Jfl XaPTOU map scale: KAiIJaKa XaPTOU mapping: XapToypacpllGil margin: OPIO margin: TTEPI8wPI0 margin of safety: TTEPl8wPIO

aGcpaAEia<; marginal: oplaKo<; marginal analysis : oplaK~ avaAu(Jil marginal density function : oplaK~

GUVapTflGil TTUKVOTflTa<; marginal distribution function:

oplaK~ GUVapTilGil KaTaVOIJ ~<; marginal frequency: (JuxvOTilTa

oplaK~

marginal principle : apx~ oplaK~ marginal probability function : oplaK~

GUVapTflGil TTl8avOTIlTa<; marginal utility: XPll(JfIJOTilTa oplaK~ marigraph : TTaAlppoloypacpo<; marina: 8aAaGmvo<; marinE! marker : GillJaVr~pa<;

8aMGGIl<; marine surveying: uopoypacpia maritime: 8aMGmo<; mark: GfllJ601 marsh: EAo<; marshy ground : TTEPIOX~ EAwollC; masonry dam: cppawa Ai81vo mass - produced : lJa~IKa

TTa payolJ EVO<;

mass - production : lJa~IK~ TTapaywy~ mass flow rate: pu8lJoC; po~<; lJa~a<; mass transport: IJETa<popa lJasa<; mast: KaTapTI material: oumwoll<; material: UAIKO mathematical model: 1J0VTEAo

lJa8flIJaTIKO mathematical model: olJoiwlJa

lJa81llJaTlKO matrix: IJflTPWO maturity of soil: wpilJaVGIl Eoacpouc; maximum: IJEYIOTO<; maximum draught : ~u8lGlJa IJEYIGTO maximum flood: TTAIllJlJUpa IJEyi(JTIl maximum likelihood: IJEYI(JTIl

EYE 2000

TTl8avocpaV£la maximum output : TTapaywy~ ~£yfGTIl maximum speed: OPIO TaXLJTIlTa<; maximum value : TI~~ ~£yfcJTIl maximum waterholding capacity:

uomoxwPIlTIKOTIlTa ~£yfGTIl mean: 1J£01l TI~~ mean: lJ£oo<; mean deviation : ~£Oll aTToAuTIl

aTToKAloll mean draught : [3u810~a IJ£OO mean pressure: TTi£oll ~£Oll mean sea level: GTa81J1l 8aMooll<;

1J£01l mean variation: TTapaMaKTIKOTIlTa

1J£01l meander : ~afavopo<; means : ~£oa measurable : ~£Tp~OIIJO<; measurable set : ~£Tp~OI~O OUVOAO measure : ~£TpO measure of central tendency: IJ£TPO

K£VTPIK~<; Taoll<; measure of dispersion: IJ£TPO

olaoTTopa<; measurement : ~£TPIlOIl measures: lJ£Tpa measuring error : ocpaA~a lJ£Tp~O£W<; measuring instrument: opyavo

~£TPIlOIl<; mechanical : ~llxaVIKo<; mechanical appliances: lJ£oa

~llxaVIKa mechanical dispersion: olaoTTopa

~llxaVIK~ mechanical energy: £v£pY£la

~llxaVIK~ mechanics : IJllxaVIK~ median : ola~wll TI~~ medium : ~£TPIO<; member : ~£AO<; memory : IJV~~11 meniscus: IJllvfoKo<; mercury: uopapyupo<; mercury gauge : TTI£~O~£TpO

uopapyuplKo mercury manometer : ~avo~£Tpo

uopapyupou mercury or mercurial barometer:

[3apo~£Tpo uopapyuplKO mercury thermometer : 8£p~OIJ£TpO

uopapyuplKO mesh: Kava[3o<; mesh: TTMwa mesoplankton : IJ£GOTTAaYKTO metacenter: lJ£TaK£VTpo meteorological bulletin: O£J..TIO

IJ£T£WPOAOYIKO meteorological instrument: opyavo

~£T£WPOAOYIKO meteorological map: xapTIl<;

IJ£T£WPOAOYIKO<; meteorological office: uTTIlPwfa

~£T£WPOAOYIK~ meteorological shelter: KAW[30<;

IJ£T£WPOAOYIKO<; meteorologist : ~£T£wpoA6yo<; meteorology: 1J£T£WpoAoYla method: lJ£8ooo<; metre : ~£TPO microscopic : ~IKpOOKOTTlKO<;

(~IKpOOKOTTlKO<; OYKO<; £oacpou<;) mid-sea: IJW080Aaooa migration : ~£TavooT£uoll mild steel: XOAu[3a<; lJaAaKo<; mild weather: KOIpO<; ~TTlo<; milliampere: XIAIOOTO TOU alJTT£p millibar: XIAlooTo[3apo milligram : XIAlooToypa~lJo milliliter: XIAIOOTOAITPO millimeter : XIAIOGTO~£TpO millivolt: XIAIOOTO [3oJ..T mine: opuXEfo mineral: 0PUKTO

37

mineral deposit : oTpw~a 0PUKTOU mineral jelly: 0PUKTO AlTTaVTIKO, TTflKTO mineral oil: 0PUKT£AOIO mineral springs: TTIlY£<; IJ£TaMIK£<; mineralization: avopyavoTTolllOIl mineralizing agent: TTap6ywv

°PUKTOTTOIO<; mineralogy: 0puKToAoyfa minimization: £AaXloToTToiIlOIl minimum: £MXIOTO<;

38

minimum value : TI[l~ EAaxioTIl minor losses: EMooOVE<; aTTwAEIE<; mire: !30UPKO<; mirror instrument: opyavo KQTOTTTPOU mixed flow pump: aVTAia [lIKT~<; po~<; mixing : ava[lI~1l mixing length : [l~KO<; aVa[li~Ew<; mobility of ions: EUKlvlloia IOVTWV model: [lOVTEAO model: o[loiw[la model: TTPOTUTTO model: UTTooEIY[la model calibration: pu8[lIOIl [lOVTEAOU model validation : ETTaA~8EUoll

[lOVTEAOU model verification : ETII!3E!3aiwoll

[lOVTEAOU modeling: TTMOI[lO modeling: TTpooo[loiwOIl moderate: [lETPIO<; moderate sea: 86Aaooa Aiyo

TapaY[lEVIl modulated wave: KU[la Ola[lOp<pW[lEVO modulation: ola[lOp<pwoll modulus: [lETPO (OUVTEAWT~<;) modulus of elasticity: [lETPO

EAaoTIKOTIlTa<; moist: uypo<; moisture: uypaoia moisture content: TTEPIEXO[lEVIl

uypaoia moisture equivalent: looouva[lo

uypaoia<; molecular: [lOplaKo<; molecular diffusion : olaxuoll [lOplaK~ molecular vibrations: TTaA[lIKE<;

KIV~OEI<; TWV [lopiwv molecular weight: [loplaKO !3apo<; molecule: [lOPIO moment : pOTT~ moment : arly[l~ moment of a force : pOTT~ OuVa[lEw<; moment of inertia : pOTT~ aopavEia<; moment of torsion : pOTT~ arpEljJEw<; momentum : op[l~ momentum: TTOOOTIlTa KIV~OEW<; momentum equation : E~ioWOIl Op[l~<;

momentum equation : E~ioWOIl TTOOOTIlTa<; KiVIlOIle;

monitor : TTapaKOAOu8IlT~<; monitoring: TTapaKoAou81l01l mononym : [lOVWVU[lO monovalent : [lOV008EV~<; monthly: [lIlVlaioe; montmorillonite: [lOvT[lopIMoviTIle; moor: EAOe; mooring: TTPOOOWIl moorland: EKTaOIl EAWOIl<; morphology: [lop<poAoyia mortar: Kovio[la most probable number (MPN) : TIlO

TIl8avoe; apI8[loe; motor : [lllxav~ mould: TTPOTUTTO mould : <pUTIK~ Yll mould: XW[la mould clay: TTIlAGe; <pop[lae; moulding: XUTO<; mountain belt: OpooElpa mountain chain: OpooElpa mountain lake: Ai[lVIl OPEIV~ mountain torrent: XEi[lappo<; 0pEIVOe; mountainous terrain: Eoa<pOe; OPEIVO mounting: TTAaiOlo mouth of a river : EK!30A~ TTOTa[lOU movement: KiVIlOIl moving - magnet instrument: opyavo

KIVIlTOU TTllviou moving average: KlvIlTOe; [lEOOe; mud: !3op!3opoe; (MoTTIl) mud: lAUe; mud dredger: !3u80KopOe; MOTTIle; mud hole: IAu08upioa mud hole : OTT~ Ka8apIO[lOU IAUOe; mud pump: aVTAia MOTTIle; muddy bottom: !3u8oe; AaoTTwoll<; muddy water: AaoTTovEpa multiple regression : TToMaTTA~

TTaAIVOpO[lIlOIl multiplication factor: TTapaywv

TToMaTTAaOlaO[lOU multisectional dock : TTOAU[lEp~e;

OE~a[lEV~ multistage: TToAu!3a8[lIKOe;

EYE 2000

multistage pump: TIOAu(3081-l1a aVTAla multivariate: TIOAUOIOUTaTOe; mutually exclusive events: Y£YOVOTa

auul-l(3l(3auTa

N natural frequency : CPUGlK~ UUXVOTrlTa natural harbour: AII-l0VI CPUGlKO natural oscillation: TaMVTWUI1 CPUGlK~

natural period: TI£pIOOOe; CPUGlK~ natural waters: CPUGlKO v£po navigable: TIAEUGlI-l0e; navigable: TIAWTOe; navigable river: TIOTal-loe; TIAWTOe; navigable waters: uoma TIA£UGll-la navigate: TIAEW navigate: TIAOI1Yw navigator: 8aAaUUOTIOpOe; neap tide: TIaAlppOla Tnpaywvlul-lWV neck: TI£PIO£pOIO needle: (3£AOva needle valve seat: £opa (3£Aovo£IOOUe;

(3aA(3loae; negative: apVI1TIKOe; negative binomial distribution:

apVI1TIK~ OIWVUI-lIK~ KmaVOI-l~ net: OfKTUO net irrigation requirements: Ka8ap£e;

avoYK£e; TWV KaMI£PY£IWV U£ v£po net productivity: TIapaywYIKOTIlTa

Ka8ap~ net rate of outflow: pu8l-loe; Ka8ap~e;

£KpO~e; netting: TIAEYI-la network: OIKTUO network: TIAEwa neutral : OUO£T£pOe; neutral axis : o~ovae; OUO£T£pOe; neutral condition: IUOppOTIla

OUO£T£PI1 neutral point: ul1l-l£IO OUO£T£PO neutral terminal: aKpOO£KTI1e;

OUO£T£pOe; neutral zone : ~wvl1 OUO£T£PI1 Newtonian fluid: P£UGTO V£UTWV£IO

night frost: TIaynoe; VUKT£pIVOe; night screen: TIapaTI£Taul-la

UUUKOTIU£We; nipper: TI£vua nitric acid : o~u VITPIKO nitric oxide : O~£IOIO a~wTou nitrification: VITPOTIOII1UI1 nodal point: uI11-l£lo KOI-l(3IKO noise: 8opu(30e;

39

noise generator : y£vv~Tpla 80pu(3ou noise limiter : TI£PIOpIGT~e; 80pu(3ou noise silencer : GlyaGT~pae; nomenclature: 0poAoYla nominal diameter: olol-lnpOe;

OVOl-laGTIK~ nonconservative fields: TI£Ola I-lI1

UUVTI1PI1TIKO non conservative forces: OUVOI-l£Ie; I-lI1

UUVTI1PI1TIK£e; non-dimensional: aOloGTmOe; nonlinear relationship: 0X£ul1l-lll

ypal-ll-llK~ non-newtonian fluids: PWGTO I-lI1

V£uTwv£la non-stop production : TIapaywy~

uuv£x~e; nonuniform flow : po~ aV0I-l0I0I-l0PCPI1 nonuniformly retarded motion:

KIVI1UI1 aV0I-l0I0I-l0pcpa £TII(3paouv01-l £vl1

norm: Kavwv normal: K08noe; normal: KavovlKOe; normal curve: Kal-lTIUAIl KavovlK~ normal depth: (3080e; KavovlKo

(0I-l0I°I-l°PCPO) normal distribution : KmaVOI-l~

KOVOVIK~ normal pressure: TII£UI1 KavovlK~ normal shock wave: K08no

KPOUGTIKO KUI-la normal stress: TOUI1 K08nl1 north : (3op£loe; north: (3oppoe; North Sea: Sop£la 80Aauua North wind: Tpal-l0UVTOVa north-east: (30p£loavmoAIKOe;

40

North-East wind: ypaiyoe;­northerly: [30pEla (mip,) northern : [30PEIOe;­North-North-East wind:

YPaJYOTpallouvTova North-North-West wind:

lla'iO"TpoTpallouvTova North-West wind: llaTarpoe;­notched pin: TTEipoe;- aUAaKocpopoe;­nozzle: aKpocpUO"IO nozzle: ETTlO"TOIlIO nucleus : TTup~vae;-nugget effect: CPaJVOIlEVO O"[3wAou numerator : apI8W1T~e;- (KMO"llaroe;-) numerator : IlETPJ']T~e;-numerical: apI81lJ']T1KOe;-numerical analysis: avoAuO"J']

apI81lJ']TIK~ nut : TTa~IIl6i51 nut: TTEPIKOXAIO nutrients: 8PETTTIKO nutrients: O"TolXEia 8PETTTIKO

o oblique: TTMYIOe;­oblique parallelepiped:

TTapaA.A.J']AETTfTTEOO KEKAIIl EVO oblique shock wave: KUlla TTMYIO

KpOUo"TIKO oblique view: olJ.lJ'] TTAayfa observation : TTapar~pJ']O"J'] observatory : TTaparJ']pJ']T~pIO observer : TTaparJ']pJ']T~e;­obsolete: TTETTaAaJwIJEvOe;­obstruct: TTapEvoXAW obstruction: EIJTTOOIO ocean: WKEaVOe;­oceanography: WKEavoypacpfa odd: TTEPJTTOe;-odd number: TTEPJTTOe;- apl8lJoe;­off : EKTOe;- KUKAwlJaroe;-ohm meter: WIJOIJETPO ohmic resistance: aVTfO"raO"J'] WIJIK~ ohmic voltage drop: TTTWo"J'] TOO"EWe;-

WIlIK~ oil - well : TTETPEAaJOTTJ']y~

lIe~IK6 YOP0TeXVfK(VV 6pwv

oil : TTETPEAaJO oil burner : TTETpEAaJoKauar~pae;­oil cooling : lJ.lU~J'] IJE EAmo oil engine : TTETPEAaJOIJJ']xav~ oil fuel pump: aVTAfa TTETpEAafou oil jet: TTfoaKae;- EAafou oil line : o"WA~VWo"J'] TTETpEAaiou oil spill: KJ']Afoa TTETpEAafou oil stove: 8EPIJOarpa TTETpEAafou oil supply : TTapox~ EAaiou oil tank : OE~aIJEV~ TTETpEAaiou oil tanker: TTETPEAaJOCPOpO old: TTaAaJoe;-oligotrophic: OAlyOTpOCPIKOe;­omission: TTapOAEIlJ.lJ'] omit: TTapaAEfTTw one-dimensional: lJovooloararoe;­one-dimensional flow : po~

IJOvOoloO"raTJ'] ooze: [3ouPKOe;­ooze: lAUe;- lJaAaK~ open channel: aywyoe;- avolKToC; open channel: olwpuya open sea: TTtAayoe;- avolKTo opening: ovolYlJa operating point: O"J']IJEfo Amoupyfae;­operation: mIXEipJ']O"J'] operational management: olaXEiplO"J']

Amoupyfae;­operator : TEAEar~e;­optical: OTTTIKOe;-optical axis : o~wv OTTTIKOC; optical ill usion : aTToTJ'] OTTTIK~ optical illusion: ocp8aAlJaTToTJ'] optics : OTTTIK~ optimal: oplaroe;-optimal: [3tATIO"TOe;­optimization: [3EArIO"TOTTOiJ']uJ'] optimum: 0PIUTOe;-order: Kavwv order: TTapaYYEAia order: TTapoYYEAlJa order : TO~J'] (LllacpopIK~e;- E~fuwuJ']e;-) ordinary differential equation:

olacpoplK~ E~iuwO"J'] (O"uv~8J']e;-) organic matter: ouuia opvavlK~ organization: oPyovwuJ']

EYE 2000

organizer : opyavwT~C; orifice : OlT~ origin : apx~ orogenesis: opoY£VW'l orographic rain : [3pox~ opOypa<PIK~ orthogonal projection : lTp0[30A~ op8~ orthographic projection : lTp0[30A~

op80ypa<PIK~ oscillation: olaKu\JaV0'l oscillation: TaMvTw0'l oscillations : olmapo~£IC; oscillatory discharge : lTaA\JIK~

£KK£VW0'l oscillograph: lTaA\JoyPocpoC; oscilloscope: lTaA\JooKOlTlO osmosis: oO\JW0'l osmosis of fluid: oO\JW0'l uypwv osmosis of fluids: uypwv olalTiouo'l osmotic: OO\JWTIKOC; osmotic pressure: lTi£o'l OO\JWTIK~ ounce (= 1/6 TI1<; Ml3pa<;) : oUYYlo out of gear: £KTOC; £\JlTAOK~C; out of order: £KTOC; A£lToupyiac; out of phase: £KTOC; cpoo£we; outcome: alTOT£A£o\Ja outcome: £K[3aO'l outfall : £KPO~ outflow : £KPO~ outflow orifice : OlT~ £KpO~e; outflow velocity: TaXUT'lTa £KpO~e; outlet canal: olwpuya £~66ou outlet valve: [3aA[3ioa £~aywy~e; outlet valve: £lTIGTO\JIO £~aywy~e; outlet velocity: TaXUT'lTa £KPO~C; outline: oKlaypoCP'lo'l output : £~ayo\J£vo output : £~OOOC; output meter: opyavo £~ooou outside casing: IT£pi[3A'l\Ja £~WT£PIKO outside roll : IT£PIGTPOCP~ £~WT£PIK~ overall width: lTMTOe; OAIKO overbank flow : po~ lTA'l\J\JUPIK~ overcast: oupavoe; OK£lTao\J£voe; overfall : Kma[3a8\J0e; overflow: lTA'l\J\Jupa overflow : UlT£PX£IAi~w overflow pipe : oWA~vac;

UlT£PX£IAiO£WC; overflowing: UlT£PX£iAIO'l overland flow : po~ £lTIcpav£laK~ overlap: £lTIKOAUljJ'l overpressure: ulT£plTi£o'l oxalic : o~aAIKOe; oxidation : o~£iowo'l oxidize : O~£IOWVW oxidizer : O~£IOWTIKO oxidizing: 0s£IOWTIKOe; oxidizing agent : O~£IOWTIKO \J£oo oxyacetylene welding:

o~uyovoKoM'lo'l oxybromide : o~U[3PW\JIOUXOC; oxygen : o~uyovo

41

oxygen dissolved : o~uyovo olaAu\J£vo oxygenation : o~uyovWO'l

IP

pace : [3~\Ja Pacific Ocean: WKEOVOe; EIP'lVIKOC; packing disk: OiOKOC; oT£yavoT'lwe; paint brush: lTIV£AO palaeocene epoch : £lTOX~

lTaAaJoKaJVOe; palaeogene age: IT£pioooe;

lTaAaJoy£v~e; palaeogeography: lTaAaJoy£wypacpia palaeokimmeridgian orogeny:

oPoY£VW'llTaAaJoKI\J\J£pI611<~ Palaeolithic period: mpioooe;

lTaAaJoAl8lK~

palaeontology: lTaAaJovTOAoyia palaeozoic: aJwv lTaAaJo~w·IKOC; pan evaporation : £~m\Jlor']\J£TpO panchromatic: lTaYXPw\JOTIKOe; panchromatic plates: lTAOK£e;

lTaYXPw\JaTIK£e; panel: lTiVaKae; panel: lTAaiGio parabola : lTapa[3oA~ (Y£W\J£TPIK~) parabolic: lTapa[3oAIKoe; parabolic rule: vO\Joe; lTapa[3oAIKoe; paraboloid of revolution:

lTapa[3oAo£lo£C; £K IT£PIOTpOcp~e; para-compounds: lTapa£VWO£Ie;

42

paradox : lTapaoo~o paraffin oil : lTapacplvEAaJo parallactic angle: ywvfa lTapaMaKTIK~ parallax : lTapaMay~ parallax error: acpaAJ.1a lTapaMay~e; parallax in altitude : lTapaMa~1l Ka8'

UljJOe; parallel: lTapaMIlAoe; parallel beam (of light) : OEaJ.11l cpWTOe;

lTapaMIlAIl parallel flow : po~ lTapaMIlAoe; parallel plane: mfmoo lTapaMIlAo parallelepiped: lTapaMIlAmflTEoo parallelism: lTapaMIlAlaJ.1oe; parallelogram: lTapaMIlMypaJ.1J.1o paralysis: lTapaAuall paramagnetic: lTapaJ.1ayvIlTIKOe; paramagnetic medium: J.1EaO

lTapaJ.1ayvllTIKO parameter: lTapaJ.1ETpOe; parapet : lTpocpuAaKT~pae; parasite: lTapamTO parceling : lTEPIEAI~1l parenthesis: lTapEv8WIl partial derivative: lTapaywyoe; J.1EPIK~ partial differential equation:

olacpoplK~ E~fawall (J.1EPIK~) partial population: lTAIl8uaJ.1oe;

J.1EpIKOe; partial pressure: lTfWIl J.1EPIK~ partial product: YIVOJ.1EVO J.1EPIKO particles: aWJ.1aTfola particular experience: lTEfpa EIOIK~ parts per billion (ppb) : J.1EPIl O"TO

OlaEKaTOJ.1 J.1UPIO parts per million (ppm) : J.1EPIl aTO

EKaTOJ.1J.1UPIO pass: lTIaTOlTOlllTIKO ola~l~aaEwv passage : ola~aall passage: olalTAoue; passage: ofoooe; passivity: lTa81lTIKOTIlTa path of flow: lTopEfa po~e; pathline : TpoXla patrol: lTEpllToAia patrol: lTEpllToAw pattern: axvapi

IIS~IK6 YOpOTSXVIKWV 6pwv

pattern: oEfYJ.1a pattern: J.10VTEAo pattern : lTPOTUlTO pattern: UlTOOEIYJ.1a pattern book: OEIYJ.1aToMYIO pause: olaAEIJ.1J.1a peak : KOpUCP~ peak value: aKpafa TIJ.1~ peak value : TIJ.1~ J.1EyfO"T1l pearlite: mpAfTIle; peat: TUPCPIl peat tar: lTfaaa TUPCPIle; pebble : ~omaAo pebbly bottom : ~u8oe; xaAIKWOIle; pedal : lTEOIAo pedal : lTEVTaA peep hole : OlT~ lTapaT~Pllalle; peg: lTEpfcppaYJ.1a IX8UOTpoCPEfou pelagic: lTEAaYIKOe; pen: lTEVVa penetrate: olElaouw penetration: olEfaouall penetrometer: oIElaOUmOJ.1ETpO pentagon : lTEVTaywvo pentagonal : lTEVTaYWVIOe; pentahedron: lTEVTaEOpo percentage: EKaTOO"Tlafa avaAoyfa perch: lTaAOUKI percolate: 011l8w percolation : 01~81lall percolation: KaTEfaoUall percolator : 011l8IlT~e; perforated casing : mpf~AIlJ.1a

olarpllTo perforated disc: ofaKOe; olaTPIlTOe; performance: alTOOOall performance check: EAEYXoe;

alTo06aEwe; perimeter: lTEpfJ.1ETpOe; period: lTEpfoooe; period: XPOVIKO OlaO"TllJ.1a periodic: mploOIKOe; periodic function: auvapTllall

lTEPIOOIK~ periodic inspection: ml8EwPllall

lTEPIOOIK~ periodic system: aUO"TIlJ.1a lTEPIOOIKO

EYE 2000

periodic table : TTEPIOOIKO~ TTivaKa~ periodic table : TTivaKa~ TTEPIOOIKOU

auan'HJmO~

periodical : TTEPIOOIKO~ periodical winds: TTEPIOOIKOi aV£j.Jol periodicity: TTEPIOOIKOTIlTa periodogram : TTEploooypalJlJa periphery: TTEPI<p£pEla perlite : TT£PAfTll~ permanent : olapK~~ permanent wilting point: alllJEio

IJOVIIJIl~ lJapaVall~ permeability: oiaTTEpmoTIlTa permeability: uomoTTEpmOTIlTa permeable : olaTTEpmo~ permeable : uomoTTEpmo~ permeable rock: TT£TpwlJa

UopoTTEpmo permeameter : olaTTEpmOIJETpO permeameter : IJETPIlT~~

olaTTEpmOTIlTa~ permeate: olaTTEpvw permutational property: IOIOTIlTa

aVTl1J ETaSETIK~ perpendicular : KaSETo~ perturbations : olmapa~EI~ pervious : olaTTEpmo~ pervious : uomoTTEpmo~ pesticides: <puTo<paplJaKa petrogenesis : AISoy£vwll petrogenesis: TTETpoy£vWIl petrography: TTETpoypa<pia petrol : TTETP£AQlO petrol engine : TTETPEAQlOlJllxaV~ petrol indicator: opyavo £VOEI~Il~

~EvsiVIl~ petrol motor : TTETPEAQlOKIVIlT~pa~ petroleum: TTETP£AQlO petroleum gas: TTETpEAQlOa£pIO petroleum products: TTapaywya

TTETpEAaiou phase: <paall phase distortion: TTapalJop<pwall

<paaEw~ phase velocity: TaXUTIlTa <paaEw~ phase winding : TTEPI£AI~1l <paaEw~ photo-electric emission : EKTTOIJTT~

43

<PWTOIlAEKTPIK~ photogrammetry : <pWToypalJlJETpia phreatic water: <PPEmIKo VEPO phreatic zone : <ppEmIK~ sWVIl physical chemistry: <pumKoXIlIJEia physical examination : <pumK~ E~£Taall physical model: olJoiwlJa <pumKo physical similitude: OIJ010TilTa <pumK~ physics : <pumK~ pier : TTpO~A~Ta~ piezometer: TT1EsOIJETPO piezometric : TTlEsOIJETPIKO~ 'piezometric head : ul\Jo~ TTlEsOIJETPIKO

\. piezometric' head: <popTio TTlEsOIJETPIKO

piezometric level: aTaS1J1l TTlEsOIJETPIK~ (UOOTIVIl)

pilot hole : OTT~ KaSoo~Yllall~ pilot waters: vEpa TTAolly~mlJa pin: TTEpoVIl pin hole : OTT~ TTEipou pince : TTEplaux£vlo awMva pine pitch: TTiaaa TTEUKIl~ pipe: aywyor:; KA£IO"TO~ pipe : aWA~va~ pipe fittings : E~apT~lJma aWA~vwv pipe joint: £vwall aWA~vwv pipe thread: aTT£lpWlJa aWA~va pipette: m<pwvlo pistol : TTlaTOAI piston : £IJ~OAO piston: TTl O"TOV I piston pin : a~wv EIJ~OAOU piston pump: aVTAla EIJ~OAO<POpO~ piston spring : EAm~plo O"TEyavOTIlTa~

EIJ~OAOU pit: KOIAOTIlTa pit: MKKO~ pit: TTIlYOOI pitch: TTiaaa pitch coal : TTlaaaVSpaKa~ pitfall : TTayioa pitted : ola~pwlJ£vO~ pitting : ola~pwall pivot : TTOAO~ plain: TTEolooa plain: TTEOio

44

plain-laid rope : o£~loenpo<po 0XOIVI plan: TTMvo plan range: aTTOOTaOIl OP1sOVTla plane: £TTITT£OO plane: £TTITT£OOe; planetary: TTAavIlTIKOe; planimeter: Ej..l[3ai56(.1ETpO planimetry : £(.1[3aOO(.1ETpla plankton: TTAaYKTo planning machine: TTMIVI1 plant nutrient: 8P£TTTIKO OlOIX£IO

<pUlOU plastic: ouola TTAaoTlK~ plastic fluids: pwoTa TTAaenlKa plastics: TTAaoTIKEe; uA£e; plate: TTMKa plateau: OPOTTEOIO platform : £~Eopa platform: TTAm<pop(.1a plexiglas : TTAE~IYKAae; plough: apoTpo plow: apoTpo plowing: apool1 plug: TTW(.1a plumber: uopauAIKOe; (T£XVITI1e;) pocket watch : wpoMYlo TOETTI1e; point gauge : (.1ETpI1T~e; aKloae; point of fusion: 011(.1£10 T~~£We; point of inflection: 011(.1£10 Ka(.14J£We; point of saturation: 011(.1£10 KOPW(.10U point of solidification: 011(.1£10

OT£p£OTTOI~O£We;

point out: O£IKVUW point source : TTI1Y~ OI1(.1£laK~ pointed : o~ue; pointer: O£IKTI1e; polar currents: p£u(.1aTa TToAIKa polarity: TToAIKOTIlTa polarization: TToAwol1 pole: TToAoe; pole indicator: opyavo £AEyxou

(.1ayvI1TIKWV TToAwv political: TToAITIKOe; pollutant: pUTTOe; pollution: (.1oAuvoll polynomial: TToAuwvu(.1o pond: AI(.1vl1 (.1IKP~

!\e~IK6 YOpOTeXVIKWV 6pwv

population : TTA~80e; pore: TTOpOe; pore pressure: TTiwll TTOpWV pore size distribution : KOTaVO(.1~

(.1£yE8oue; TTOpWV pore water velocity: TaXUTilTa lOU

v£pou enoue; TTOpOUe; porosity: TTOpWO£e; (IOIOTI1Ta) porous: TTOpWOI1e; port: 01000e; port: 8uploa port: AI(.1avl port of loading: AI(.1avl <P0pTW0I1e; portal: TTuAwv positive: 8ETIKOe; positive brush : 4J~KTpa 8ETIK~ positive charge: <pOPT1011 8ETIK~ positive displacement pump: aVTAia

8ETIK~e; £KTOTTlOI1e; positive electricity: I1A£KTpI0(.10e;

8ETIKOe; positive ion: IOV 8ETIKO positive number: apI8(Joe; 8ETIKOe; positive pole: TTOAoe; 8ETIKOe; positive sign: 8ETIKO TTp00I1(.10 positive sign: <popa 8£T1K~ positive terminal: aKpooEKTI1e; 8£TIKOe; potable: TTOOl(.10e; potable water: v£po TTOOl(.10 potable water pump: aVTAia TTOOl(.10U

v£pou potential: OUVa(.1IKO potential energy: £vEPV£la OUva(.1IK~ potential evapotranspiration:

OUVa(.1IK~ £~m(.11000JaTrvo~ potential evapotranspiration:

OUVI1TIK~ £~m(.11000JaTrvo~ potential evapotranspiration:

£~m(.11000IaTTvo~ OUVa(.1IK~

potential evapotranspiration: £~m(.11000IaTTvo~ OUV'lTIK~

potential flow : po~ OUVa(.1IK~ potential function: OUVapT'lOf]

OUVa(.1IK~ potential gradient: KAi!J11 ouVa(.1IKOu pottery : TTIlAoTTAaoTIK~ pour off : £KXUVW aTTo ooX£iou

EYE 2000

pouring: XUOII-l0 power: IOXUS power component: CJUvlCJTwCJa ICJXUOS power generation : TTapaywy~ ICJXUOS power output: aTToooCJIl ICJXUOS power plant: EPYOCJTOOIO TTapaywy~s

IlAEKTp. EVEPYElas prairie land : XOpToAi~aoa EKTETaI-lEVa

TTEOIVO precaution : TTpo<puAa~1l precipitable : Ka81C;~0I1-l0s precipitate: iC;lll-la precipitate: Ka8iC;lll-la precipitate: KaTaKPlll-lviC;w precipitation : Ka8iC;IlCJIl precipitation : KaTaKp~l-lvlCJIl precipitation : KaTaKp~l-lvlCJl-la precipitation depth. : U4JOs

KaTaKPlll-lviCJEws precipitation gauge : I-lETPIlT~s

KaTaKPIl I-l VICJI-l OTWV precision : aKpi~Ela precision instrument: opyavo

aKpl~Eias precleaner : TTpo<piMpo predict : TTpo~MTTW prediction : TTPO~AE4J1l preferential flow : TTpOVOl-llaK~ po~ prefilter: TTpocpiMpo preliminary: TTpOKaTapKTIKos preliminary study: TTpol-lEMTIl preservation : OlaT~PIlCJIl preservation : olacpuAa~1l preserve: OlaTllPW preserve: olacpuAoCJCJW press: TTlEC;W press fastener : CJTEpEWT~pas press out : EK8Ai~w pressure - gauge : I-lETPIlT~s TTiWlls pressure: TTiECJIl pressure angle: ywvia TTlECJEWS pressure center: KEVTPO TTlECJEWS pressure gradient: KAiCJIl

TTlEC;OI-lETPIK~s ypal-ll-l~s pressure head: U4JOs TTiwlls pressure head: cpopTio TTiWlls pressure reducing valve : I-lEIWT~s

45

TTlECJEWS pressure regulator : pU81-lICJT~S

TTlECJEWS pressure spring : EAm~plo TTlECJEWS pressure stage: KaTOCJTaCJIl TTI£CJEWs pressure stage : CJuv8~KIl TTlECJEWS pressure test : OOKII-l~ UTTO TTiWIl pressure tunnel : CJ~payya UTTO TTiWIl pressure wave: KUI-la TTiECJlls pressuring: OCJKIlCJIl TTlECJEWS primary: KUPIOS primary emission : EKTTOI-lTT~

TTPWTOYEV~s primary winding : TTEPIEAI~1l

TTPWTEuouCJa prime: KUPIOS principal: KUPIOS principal component analysis:

avoAuCJIl CJE KUPIES CJUVICJTWCJES principle : apx~ prismatic: TTPICJl-laTiKOs probability: TTl8avOTIlTa probability density function:

CJUVOPTIlCJIl TTUKVOTIlTas TTl8avoTIlTas probable: TTl8avos probable error: CJcpoAl-la TTl8avo probable value: TTl8avo I-lEYE8os probable value : TII-l~ TTl8av~ process: olaolKaCJia processing : ETTE~EpyaCJia produce: TTapoyw producer: TTapaywyos product: YIV0I-lEVO (l-la8.) product: TTapoywyo product: TTpo'iov production : TTapaywy~ production of current : TTapaywy~

PEUl-laT°s productive: TTapaywYIKos profile : KaTaTOI-l~ profile: TTAayia 04J1l program: TTpoypal-ll-la projection : TTpO~OAOs prolong: TTapaTEivw proof strength: OPIO aVTox~s propagation : OlclOOCJIl propagation of waves: OIOOOCJIl

46

KUI-'CnWV propagation velocity: TaXlJTIlTO

151006oEwe; propeller: £AIKO propeller: lTPOlT£AO propeller blade: TTTEPUYIO £AIKOe; propeller efficiency: £AIKOC; OlTo1500'1 propeller shaft: £AIKOe; a~ovoe; propeller thrust : WOTIK~ 15uvoWl £AIKO property: 115lon]To proportion: ovoAoyio propulsion: lTpowS'10'1 propulsive efficiency: OlTo1500'1

warlK~

protect: 15lo<puMoow protection: lTpoOTaoio protection : lTP0<pUAO~'1 protective casing : lTEpi~A'1I-'O

lTPOOTaTEUTIKO prow: lTAWP'1 public works contractor : EpyoM~oe;

15'1l-'ooiwv £pywv pulling down: KOTE15a<pI0'1 pulse: lTOAI-'Oe; pulsimeter : lTOAI-'OI-'ETPO pump: OVTAio pump: OVTAW pump crank: OTpO<pOAOe; OVTAioe; pump dredge: EKOKO<p£Oe;

ovoPPO<P'1T1KO e; pump efficiency: OlTo1500'1 OVTAioe; pump handle : ~poxiovoe; OVTAioe; pump seating: £15po T'1e; OVTAioe; pumping: aVTA'10'1 purification of water: VEPWV

KOSOp101-'0e; purifier : 15luAloT~pOe; purifier : KOSOpIOT~e; purify : KoSopi~w push: WS'10'1 pycnometer: lTUKV0I-'ETPO

Q

quadratic : 15EUTEpO~aSI-'IOe; quality: lTOIOT'1Ta quality control: £AEYXoe; lTOIOT'1Tae;

118~IK6 YOpOT8XVlKWV 6pwv

quality control chart: 15laypol-'l-'o EAEYXOU lTOIOT'1Tae;

quantity: I-'£YESOe; quantity: lTOOOT'1Ta quartz crystal: KpuomMoe; XOAo~io quartz rock: IT£TPWI-'O XOAO~IOKO quay: KP'1lTi15WI-'O lTopoAioe; quay: lTpoKul-'oio quay wall: KP'1lT115oTOlXoe; quotient: IT'1AiKO

R

race: xov15aKI radial flow : po~ OKTIVIK~ radian: OKTivo (I-'0vaoo I-'£Tp'10'1e;

ywvioe;) radiation : OKTIVO~O,\jO radiation field: lTE15io OKTIVO~OAioe; radiation stove: SEPI-'CtarpO

OKTIVO~OAioe;

radiator: SEPI-'OVTIKO OWI-'O radiator: KOAOPI<p£P radio choke: IT'1vio rain : ~pOX~ rain drops: OTaYOVEe; ~pox~e; rain gauge : ~pOXOI-'ETPO rain intensity: £VTaor] ~pox~e; rain making: lTpOKAr]Or] ~pox~e; rain period: lTEpio15oe; ~pox~e; rain storm: KOTOIyi15o I1E ~pOX~ rain water: VEPO ~pOXIVO rainfall : ~pOX~ rainfall : ~pOXOTTTWOr] rainfall depth: UljJOe; ~pox~e; rainfall duration: 15lapKElo ~pox~e; rainwater : ~pOXOVEPO rainy : ~pOXEP~ '11-'£PO ram : £1-' ~OAO random: Tuxoioe; random error: o<paAI-'O Tuxoio random number: Op18110e; Tuxoioe; random sample: 15EiYl1o Tuxoio random variable : I1ETa~A'1T~ Tuxoio randomness: TUXOlOnlTa range : EI-'~£AEIO range: lTE15io TII-'WV

EYE 2000

range: lTACnOC; rank : TCI~1l rank correlation: O"UO"XETIO"Il TO~EWV rapidly varied flow : po~ TaXEWC;

[.J ETal3aMo[.J EVil rapture point: OPIO 8pauO"IlC; rare event: YEYOVOC; O"lTClVIO rate of angle strain: pu8[.JoC; ywvlaK~C;

lTapa[.JopcpwO"IlC; rate of change: pu8[.JoC; [.JETa!3OA~C; rate of extension strain: pu8[.JoC;

ypa[.J[.JIK~C; lTapa[.JopcpwO"IlC; rating: !3a8[.JoMYIl0"1l ratio: MyoC; rationalism: Op80AOYI0"[.JOC; rationalization : Op80AOYlo"TIK~

°PyovwO"Il raw data: OEoo[.JEva [.J1l mE~EpyaO"[.JEva ray diffraction: aKTivac; lTap08AaO"Il reaction : aVTiopaO"Il reaction time: XPOVOC; aVTlop0O"EWC; reading : EVOEI~1l reaeration : ElTaVaEpIO"[.JoC; real: lTpaY[.JaTIKOC; real function : O"uvoPTIlO"lllTpaVIJaTlK~ real number: apI8[.Joc; npaVIJaTlKOC; rear end: OKPO olTi0"810 recede: olTl0"8oopo[.Jw receive: lTapaAa[.J!3ovw receiver: alTOoEKTIlC; receiver: OEKTIlC; recess : lTauO"Il recharge: E[.JlTAOUTlo"[.JOC; recharge: ElTavacpopTIO"Il reciprocating: lTaAlvopo[.JIKOC; reciprocating pump: aVTAia

lTaAlvopo[.JIK~

reclamation: !3EAriwO"Il record : KaTaypacp~ recorder : O"Uo"K£U~ KaTaypacp~c;

[.JETa!3oAwv recording drum: TUiJlTaVO avaypacp~c; recording dynamometer:

ouva[.Jo[.JETpo aUToypacpo recording instrument: opyavo

aUToypacplKo recording instrument: opyavo

KaTaypacp~c; rectangle: op8oywvlo rectangle: op8oywvlo

lTapaMIlMypa[.J[.Jo rectangle solid: op8oywvlo

lTa paMIlA£ lTilTEOO

47

rectangular coordinates: op80YWVIEC; O"UVTETaVIJ EVEC;

rectangular parallelepiped: lTapaMIlAElTilTEoo op8oywvlo

rectangular section : op80YWVIK~ OlaTO[.J~

rectification: avop8wO"Il rectification: OIUAIO"Il recurrent: avaopo[.JIKOC; recursive: avaopo[.JIKOC; recursive formula: TUlTOC;

avaopo[.JIKOC; redistribution : aVaKaTavo[.J~ reduced equation : E~iO"wO"Il aVIlY[.JEvll reduced variable : [.JETa!3AIlT~

aVIlY[.JEvll reducing agent: lTapoywv [.JEIWO"£WC; reel: lTllvio reference: avacpopo reference : lTapalTo[.JlT~ reference crop evapotranspiration:

E~aT[.J 100oolalTVO~ KaMIEpYElac; avacpopoc;

reference table: lTiVaKac; lTAIlPOCPOPlwv

refine : oluAi~w refine : Ka8api~w (oluAi~w) refined tar: lTiO"O"a KaTElpyaO"[.JEvll refiner : OIUAIO"T~pac; refiner : OIUAIO"T~C; refinery : OIUAIO"T~PIO refining: OIUAIO"Il reflected wave: KU[.Ja avaKAw[.JEvO reflection coefficient : O"UVT£AWT~C;

avaKAoO"£wC; reflector space: xwpOC; aVaKAaO"Ewc; reflux : po~ aVTf8noc; refracted wave: KU[.Ja ola8AaO"[.JEvo refraction : olo8AaO"Il refractive factor : O"UVTEAEO"T~C;

ola8AaO"£wc;

48

refractive index: OEIKTr1<; 0108Aao"l'"1<; refrigerating production : TTapaywy~

ljJUXou<; refrigeration : ljJU~1l refuse: aTTOppll-1l-1aTa refuse: aTTopplljJll region: TOTTO<; region of acceptance : TTEPIOX~

aTTooox~<; regional variable : l-1£Ta~AIlT~ TOTTlK~ regression: TTaAlvop0I-1IlCTIl regression coefficient : CTUVTEAwT~<;

TTaAlvop°I-1IlCTIl<; regression curve: Kal-1TTuAIl

TTaAlvop°I-1Il CTIl<; regression equation : E~ICTWCTIl

TTaAlvop°I-1IlCT IlC; regression line: EU8da

TTaAlvop°I-1IlCTIl<; regulating valve : ~aA~loa pU81-1ICTTIK~ regulator : pU81-1ICTT~pac; reject: aTToppITTTW rejection region : TTEPIOX~ aTToppIljJEW<; relation: CTuCTX£TICTIl relation: CTX£CTIl relationship: CTX£CTIl relative: CTXETIKO<; relative efficiency: aTT600CTIl CTX£TIK~ relative error: CTcpoAl-1a CTXETIKO relative frequency: CTUXVOTIlTa CTXETIK~ relative frequency distribution:

KaTaVOI-1~ CTX£TIK~<; CTUXVOTIlTa<; relative humidity : CTXETIK~ uYPoCTla relative point: CT'lI-1EIO avacpopo<; relative roughness : CTX£TIK~ TpaXUTIlTa relative speed : CTX£TIK~ TaXUTIlTa relative velocity : CTX£TIK~ TaXUTIlTa relax: xaAapwvw relaxation methods: 1-1£80001

xaAapwCTEw<; reliability : a~IOTTlCTTla relief factors: TTapoyovTE<;

opoypacplKol relief valve : ~aA~loa aVTITTAIlYl-1aTlK~ relief valve : pU81-1ICTT~<; TTIWIlC; remark : TTapaT~PIlCT'l remediation : E~uYlavCTIl

1\E;~IK6 YOpOTE;XVIKWV 6pwv

remote control : £AEYX0C; E~ aTToCTToCTEWC; (T'lAEXEIPICTI-10C;)

remote control : XEIPICTI-10<; E~ aTToCTToCTEW<;

remote sensivy : T'lAETTlCTKOTT'lCT'l removable flange: TTEplaux£vlo KIVIlTO removal of waste water:

aTT0I-10KpUVCTIl aKa80pTwv UOOTWV renovation: aVoKTIlCT'l repetition: mavoAllljJll replacement: ETTavaToTT08£T'lCTIl replenishment : mavaTTA~pwCTIl replication: mavoA'lljJll report: OEArIO avacpopoc; report: £K8w'l representation: TTapaCTTaCT'l representative: aVTlTTpOCTWTTEUTIKO<; research laboratory : EpyaCTT~plo

EPEUVWV resembling : TTapEl-1cpEp~<; reserve: aTTo8EI-1a reserve displacement: EKTOTTICTl-1a

ECPEOPIKO reservoir : OE~aI-1EV~ reservoir : TaI-1IEUT~pa<; reservoir base : ~OCT'l OE~aI-1Ev~<; reservoir capacity : TaI-1IEUT~pa

XWPIlTIKOTIlTa reservoir capacity: XWPIlTIKOTIlTa

UOaTOTaI-1IEUT~pa residual: UTToAolTTO residual weighted: UTToAol1TO

CTTa81-1 ICTI-1£vO resistance: aVTICTTaCTIl resistance heating: 8£Pl-1avCT'l 01'

aVTICTToCTEW<; resistance to suction: aVTICTTaCTIl

avappocp~CTEW<; restrict: mplopIl;w restrictor : TTEPIOPICTT~<; result: aTTOT£AECTl-1a result : KaTaAIl~1l retain: OlaT'lPw retardation : ml~paouvCTIl retardation factor: TTapoyoVTaC;

ml~paouvCTIl<; retardation of boiling : ETTI~paOUVCTIl

EYE 2000

~paal-lOU retardation of tides : £TT1~paouVarj

TTaAfppola<;; retardation time: Xpovo<;; um£prjarj<;; retension curve : xapaKTrjplaTIK~

Kal,JTTUArj E06q>ou<;; reuse: ETTaVaXPrjGlIlOTTofrjarj reverse: aVOTp£TTw reversible: aVTlmpETTTo<;; reversible process: olEPyaaia

aVTlaTpETTT~

reversing wheel : XElplm~plo avampoq>~<;;

revetment: ETT£VOUarj OX8EWV revolution : TTEplmpoq>~ revolution: TTEplq>opa revolution of earth : TTEplaTpoq>~ Trj<;;

Yrj<;; (TTEpf TO ~AIO) revolving: TTEplaTpEq>oIlEVO<;; revolving: TTEplaTpoq>IKO<;; revolving light: TTEplmpoq>IKo<;; q>avo<;; revolving sprinkler : EKTO~£UT~<;;

TEXVrjT~<;; ~pOX~<;; (mplaTpoq>IKO<;;) Reynolds rules: KavovE<;; Reynolds rheology: pWAoyfa rib: TTAEUpa ridge: pam ridge rock: uq>aAo<;; ~paxworj<;; right - angled triangle: Tpiywvo

Op80YlDVI0 right : OE~IO<;; right: CJwmo<;; right angle : op8~ ywvia ring: oaKTuAlo<;; rinsing: £KTTAUarj riparian: TTapox810<;; riparian lands: EKTaaEI<;; TTapox8lE<;; ripple: KUIlOTlall0<;; EAaq>po<;; ripple: pUTiowlla 8aMaarj<;; ripples: olaKullavaEI<;; (puTioE<;;

8aAaCJaa<;;) rise: avuljJwarj rise of tide: avooo<;; TTaAippola<;; riser: 0XETO<;; E~aEplallou river: TTOTOllo<;; river dredger : ~U80KOpO<;; TTOTOIlWV river gravel: xaAIKa<;; TTOTalllo<;;

river harbour: TToTaIlIO<;; AIIl£va<;; river harbour: Alllavl TTOTal-110

49

river harbour: AII-l£va<;; TTapaTToTalllo<;; river intake: UopoArjljJia EK TTOTOIlOU river port: TTapaTToTalllo<;; AIIl£va<;; river port: TToTalllo<;; AIIl£va<;; riverside: TTapox810<;; rivulet: TToTOlliaKo<;; road tar: TTiCJaa oooaTpwlloTwV rock - weathering: aTToa08pwarj

TTETPW11 OTO<;; rock : ~pOXo<;; rock: TT£Tpwlla rock fill dam: q>poYlla ola AI80pplTT~<;; rock fragments: 8pauallaTO

TTETPWIlOTWV rock oil : TTETP£AOIO rock paving of bed: Al8£vouarj KofTrj<;; rock salt: oAa<;; 0PUKTO rocky : ~paxworj<;; rocky bottom : ~u8o<;; ~paxworj<;; rocky ground : mplox~ TTETPWOrj<;; rod: po~oo<;; rod of planimeter : po~oo<;;

EIl~aooll£TpOU roll : TTEplmp£q>w roof : opoq>~ room: xwpo<;; root zone : ~WVrj pl~oaTpwIlOTo<;; rotary: TTEPICJTpOq>IKO<;; rotary pump : TTEplaTpoq>IK~ aVTAfa rotate: TTEplmp£q>oIlOi rotation : TTEplaTpoq>~ rotation of earth : TTEplmpoq>~ Hl<;; YIl<;;

(mpf TO o~OVO Trj<;;) rotational flow : mpO~IAWOrj<;; po~ rotor: TTEplmpoq>£a<;; rough pipe: awMva<;; Tpaxu<;; rough sea: 80Aaaaa KUIlOTWOrj<;; rough sea: TOpaYIl£Vrj 80Aaaaa roughness: TpaXUTrjTO round: TTEplEAfaaw round the cape : Ka~avT~opw rounding : mpl£AI~rj rounding: TTEPITuAIYlla route: TTop£ia rubber disk: ofaKo<;; EAamlKo<;;

50

rubber hose : CJwA~vOI; EAaCJTIKo<; rudder: TH]oaAIO olw8uvCJEW<; rudder arm : ~paxiova<; TTrjoaAiou rudder control: TTrjooAIO olw8uvCJEW<; rudder stock : o~wv TTrjOaAiou rudder stop: avaCJToMa<; TTrjOaAiou rule: yvwllova<; rule: Kavova<; rule: Kavwv rule: xopaKQ<; run: pEW run-off : aTToppo~ rupture : p~Ylla rush rod : po~oo<; WCJTIK~ rust : O~EIOWVW rusting : o~EiowCJrj rusty : O~EIOWIlEVO<;

s saddle: pom saddle washer: cpMvTl;a KUPTWIlEVrj safeguard: olacpuMCJCJw safekeeping : olacpuAa~rj safety limit: OPIO aCJcpallEia<; safety pin: mipo<; aCJcpaAEia<; safety pin: mpovrj aCJcpaAEia<; safety valve : ~aA~ioa aCJcpaAICJTIK~ sail: KaTaTTMw sail: TTMw saline: aAmouxo<; salinity: aAmOTrjTQ salt lake: AiIlVrj aAllupou VEPOU salt marsh: AIIlv0801laCJCJa salt water: VEPO aAllupo salt water: VEPO 8aMCJCJlo sample: oEiYlla sample book: oEIYllaTOAOYlo sample collection: oEIYllmoAOYlo sample mean: IlECJrj TIIl~ oEiYllaTO<; sample size: IlEYE80<; TOU oEiYllmo<; sample space: xwpo<; oEIYllmoArjljJia<; sample variance: olaCJTTopo oEiYllaTO<; sampler : oEIYllmoA~mrj<; sampler: oEIYllmoCJuAMKTrj<; sampling: OEIYIlmoArjljJia sampling distribution : Kmavoll~

1I£~IK6 YOpOT£XVIKWV 6pwv

OEIYllmoArjmIK~ sampling technique : TEXVIK~

OEIYIl moArj ljJia <; sampling theory: 8Ewpia

oEIYllmoArjljJia<; sand: 01l1l0<; sand accumulation: CJuCJCJwpwCJrj

°IlIlOU sand ballast: EPlla 0lllloU sandstone: ljJalllliTrj<; sandwich winding : mplEAI~rj

TToMaTTA~ sandy bottom : ~u8o<; allllwOrj<; sandy soil: Eoacpo<; allllwoE<; sanitary control: EAEYX0<; UYElovoIlIKO<;

sanitation : E~uyiavCJrj sanity pump: aVTAia UYIEIV~<; saturated: KOPWIlEVO<; saturated hydraulic conductivity:

uopauAIK~ aywYIIlOTrjTQ KOPWIlOU saturation: KOPWIl0<; saturation curve: KallTTUArj KOpwllOU saturation extract: KOPECJIlOU

EKxuAICJlla saturation pressure: TTiECJrj

KOPWIlEVOU aTllOU save: olacpuAoCJCJw scalar : ~a8IlWTo<; scalar product: YIVOIlEVO ~a8IlWTO scalar quantities: TTOCJOTrjTEC;;

~a8IlwTE<; scalar quantity: IlEYE80<; ~a8IlWTO scale of turbulence: KAillaKa

TUP~WOOU<; scientific instrument: opyavo

ETTlCJTIlIlOVIKO scientific management: olaXEiplCJIl

ETTlCJTIlIlOVIK~ scoop : ~U80KOpOU KouToAa score: aTToTEAECJlla score : ~a81l0Aoyia scouring : oIO~PWCJIl scraper : EKCJKaTTT~pa<; screen: TTapaTTETQCJlla screen: TTEpicppaYlla screening: 8WPOKICJrj

EYE 2000

screening: TT£pi<jlpaVl-la screw: £AIKa screw nut : TTa~ljJool screw nut: TT£PIKOXAIO screw pitch: TTOCJO screw shaft : o~ova<; £AIKac;; screw vice: TT£PIKOXAIO screwed fittings : £~apT~jJaTa (310WTO sea - level: CJTOSjJll SaMCJCJla sea : S6AaCJCJa sea: TT£Aayoc;; sea bottom: (3uSoc;; SaAoCJCJIlC;; sea clutter: TTapOCJITa SaMCJCJIlC;; sea current: p£ujJa SaAoCJCJlo sea disturbance : olaTapax~ SaMCJCJIlC;; sea disturbance : SaAaCJCJoTapax~ sea grass: <jlUTO SaMCJCJla sea horizon : opi~wv SaMCJCJloc;; sea horses: KUjJaTa a<jlpi~ovTa sea lane: OOOC;; SaMCJCJla sea level : £TTI<jlOv£la SaMCJCJIlC;; sea marks: xapaKTIlPICJTIKo CJlljJ£ia

SaMCJCJIlC;; sea port: AljJ£vac;; SaMCJCJloc;; sea port: TTapaSaMCJCJloc;; AljJ£vac;; sea ripple: pUTiowjJa SaMCJCJIlC;; sea valve: £TTlCJTOjJIO M4J£wC;;

SaAaCJCJiou UOaTOC;; sea water: v£po SaMCJCJlo sea weeds: <jlUTO SaAoCJCJla sea-girt: mpl(3p£xojJ£voC;; UTTO

SaM CJCJIl C;; seal: (3ouAwvw seal: TTwjJa sealing liquid: uypo aTTO<jlpO~£WC;; sealing wax: (30UAOK£PI searching note: TTlCJToTToillCJIl £pEUvac;; seashore: TTapaAia sea-side: TTapaAia second: O£UT£P0C;; second moment : pOTT~ O£uT£PIlC;;

TO~£WC;; secondary: OEUT£P£UWV secondary canal: olwpuya

OEUT£p£uouCJa section: TTp0<jliA sectional plan : TOjJ~ OPI~ovTla

sediment : i~lljJa sedimentary or stratified rock:

TT£TpwjJa 1~lljJaToy£v£C;; sedimentary rock: TT£TpWlJa

1~lljJaToy£v£C;; sedimentary rock: TT£TpwjJa

CJTPWCJlY£V£C;; sedimentary rocks: TT£TpwjJaTa

TTPOCJXWjJaTlKO

51

sedimentation : 1~lljJaTaTTOSWIl sedimentation : KaSi~IlCJIl sedimentation test: OOKllJrl KaSi~IlCJIlC;; seepage: (3aSlo OI~SIlCJIl seepage : olappo~ seepage losses: aTTwA£I£C;; olapporlC;;

(aTTo aV£TT£VOUTa KavoAla) seize: TT£PI£AiCJCJw self - locking nut: TT£PIKOXAIO

aUTaCJ<jlaAI~ojJ£vo

self purification: aUToKaSaplCJjJoc;; self regulating valve: (3aA(3ioa

aUTopuSjJl~OjJ£VIl self-recording: aUToypa<jlIK0C;; self-registering tide gauge:

TTaAlppOIOIJ£TPO aUToypacplKo semiconductor: IljJlaywyoc;; semi-confined aquifer: uiSpo<jlop£ac;;

IljJiKA£ICJToC;; semi-diameter: IljJIOIOjJ£TP0C;; sensitivity: £UalCJSIlCJia sensitivity of an instrument:

EUalCJSIlCJia opyovou sensivity analysis: avoAuCJIl

EUalCJSIlCJiac;; sensor: alCJSIlTrlpac;; separate : xwpi~w separating calorimeter: S£PjJloojJ£TPO

olaxwplCJTlKO separation point: CJlljJEio

aTToKoMIlCJIlC;; series: CJ£IPO set : CJuvoAo set: CJUCJKEUrl set a boundary: 0POS£TW setting : £VO£I~1l setting a landmark: 0poCJrljJavCJIl settlement : KaSi~IlCJIl

52

settling: KaraKoSloll sewage: alTOXETWOIl sewage: AUjJOTa sewage treatment : £IT£~£pyaofa

AUjJOTWV sewer: oxnoe; sewer: UlTOVOjJoe; sewer inlet: aTOjJlO UlTovojJou sewer manhole: CPP£OTIO £lTIOKEljJ£We;

KOI KaSaplojJou UlTovojJou sewer system: OfKTUO UlTovojJwv shaft dredger: £KaKacpEae; CPP£OTWV shake: lToMw shallow : a~aS~e; shallow: PIlXOe; shallow water wave: KUjJa a~aSwv

UOOTWV shape factor : ouvT£AwT~e; jJopcp~e; shape factor : ouvT£AwT~e; oX~jJaTOe; shape function: OUVOPTIlOIl jJopcp~e;

(IT£lT£paojJEvwv aTOIXEfwv) sharp : o~ue; sharp crested weir : UlT£pX£IAlaT~e;

A£lTT~e; OTEljJlle; sharpen : o~uvw shear: OIOTjJlloll shear force: ouvajJll olarjJllTIK~ shear modulus : ouvT£AwT~e;

OIOTjJ~O£We; shear stress: TOOrj OIOTjJIlTIK~ shear velocity: TOXUTIlTO olarjJrjTIK~ shearing modulus: jJETPO OIOTjJIlOIle; sheet: cpuMo sheet pile: lTaooaAooavfoa sheetpile curtain: lTETOojJa £K

lTaooaAooavfowv shell : mpf~ArjjJa shield: IT£plAafjJlo shield: mpfcppayjJa shield : lTpocpuAaKT~pae; shielding : mpfcppa~1l ship canal: olwpuya lTAWT~ ship lane: o56e; SaMoma shipyard: KapvoYlo shoal : SoAaooa a~aS~e; shock: lTpOOKPOUOIl shock excitation: oIEY£POIl WaTIK~

ftE;~IKO YOpOTSXVIKWV OpWV

shock wave: KUjJa KpOUOIle; shoe pad: lTEOIAo shore: OXSIl SoAaooae; shore: lTapaAfa short : ~paxue; short dated : ~paxulTpoSwjJoe; short delivery: lTapoooorj £MIlT~e; short wave: KUjJa ~paxu shortcut: OUVTOjJOe; opojJoe; show: O£IKVUW shower: ~pOX~ payoafa (OUVTOjJrj) shower: jJlTopa shrinkage limit: OPIO ouoTOA~e; shut off gate valve : ~ova shutter: olocppayjJa shutter: Supfoa side: lTAwpo side elevation: lTpocpfA side launching: Ka8EAKuoll jJ£ TrjV

lTAEupo side poles: lTapaaTOT£e; side slip: oAf08rjOlllTAayfa side view: OljJlllTAayfa sight: OljJll sight : lTapOT~Plloll sign: lTIvaKfoa signal area : IT£PIOX~ £lTIKolvwvfae; signal generator : y£vv~Tpla 0lljJOTWV significance: 0lljJavTIKoTIlTO significance: OlTOUOQfOTrjTO significant : a~loolljJ£fwTOe; significant: 0lljJavTIKoe; silent period: mpioooe; myr']e; siliceous rock: lTETpwjJa lTUPITIKO silicic acid : o~u lTUPITIKO silt : ~OUpKOe; silt: lAue; silt soil: EoacpOe; lTrjAwo£e; silting: lTpOOOjJjJWOIl silting: lTPOOXWOIl silver: opyupoe; similar: OjJOIOe; similar : lTapalTA~moe; similar: lTapojJOIOe; similar polygons: ojJola lToAuywva similar triangles: ojJola Tpfywva similarity: OjJOIOTIlTO

EYE 2000

similarity laws: KOVOV£<; OfJOIOTflTa<; similarity theory: 8£wpia OfJOIOTflTa<; simple: aTTM<; simply supported : £iSpa~ofJ£vo<;

aTTAw<; simulation: TTpooofJoiwOfl sine: rwiTovo sine wave: KUfJa flfJlTOVIKO single side band transmission:

£KTTOI-lTT~ 1-l0VOTTAWPIK~ sink : ~OUAla~W sink : Ka81~aVW sink: <pp£ap sinking : ~ouAlaYfJa sinking : ~u810fl sinusoidal : flfJITOVO£liS~<; sinusoidal wave: KUfJa flfJITOVO£liSE<; siphon: of<pwv size: iSiaOTaOfl size: I-lEy£80<; skewness : AO~OTflTa skid: TTEiSlAO skidding: oAio8flofl TTAayfa skilled: £liSIKWfJEVO<; sky: oupavo<; sky blink: aVTauY£la oupavou slab: TTMKa sleet : XIOVO~pOXo sleet: XIOVOV£po sleeve: iSaKTuAlo<; sleeve : TT£pi~AflfJa slime : ~OUPKO<; slime: IM<; slip: YAfarpflfJa slip: YAlarpw slope: KAfofl slope protection : TTpooTaoia TTpavwv slow : ~paiS£w<; slow roll : TT£plarpo<p~ ~paiS£ia slow running jet : ava~AuoT~pa<;

~paiS£ia<; A£lToupyia<; sludge : ~op~opo<; (MoTTfl) sludge : ~OUPKO<; sludge: IAU<; sludge hole: IAu08upiiSa sluice: iSlKAIiSa sluice gate: 8upiiSa £A£u8£Pfl<; £KPO~<;

sluice gate with drawned outflow: 8upiiSa ~U810fJEVfl

sluice valve : ~ava small: fJIKPO<; small wave: KUfJa fJlKPO

53

smoke curtain: TTapaTT£TaOfJa KaTTVou smoke screen: TTapaTT£TaOfJa KaTTvou smooth pipe : oWA~va<; /\£fo<; smooth sea: 8aAaOOa ~P£I-lfl snare: TTayfiSa snow: XIOVI snow crystals: XIOVOKPUOTaAAOI snow drift : Xlovoarl~aiSa snow melting : T~~fl XIOVO<; snow-flake: Xlovovl<paiSa snow-slip: XIOVOKUAIOfJa snow-storm: Xlov08u£AAa soak : £fJ~PEXW soak : £fJTTOTi~w soaking : iSla~pox~ sodic : vmplouxo sodic soil: aAKaAIWfJEVO EiSa<po<; soft hail : XIOVOXaAa~O soft steel : XaAU~a<; l-laAaKo<; soil: EiSa<po<; soil characteristic curve:

xapaKTflPlarlK~ Kal-lTTuAll £i56<pou<; soil composition: ouaraoll £iSa<pou<; soil conservation : OUVT~PflOll

£i56<pou<; soil cultivation: KOAAI£pY£la £i56<pou<; soil drainage: aTTOOTpaYV10fl £iSa<pou<; soil erosibility : iSla~pwaJfJOTllTa

£i56<pou<; soil erosion : iSla~PWOfl £i56<pou<; soil factors: TTapaYOVT£<; £iS6<pou<; soil fertility: YOVlfJoTflTa £iS6<pou<; soil genesis: £iSa<poYEvwfl soil horizon : opf~oVTa<; £iSa<pIKo<; soil infiltrability : iSlfl8flTIK~ IKaVOTllTa

£i56<pou<; soil infiltration: iSlfl8flTIKOTflTa

£iSa<pou<; soil infiltration capacity: £i56<pou<;

aTToppo<pllTIK~ IKaVOTflTa soil management: iSlax£iploll £iSa<pou<; soil map: XapTfl<; £iSacpoAoYIKO<;

54

soil matrix: £omplKo TTMYlJo soil moisture: uypoafo £oocpouC; soil saturation: KOPWIJOC; £OdcpouC; soil science: £oocpoAoyfo soil solution: OIOAUIJO £OOCPIKO soil test: £oocpoovoAuall soil water: v£po £OOCPIKO solar radiation: OKTIV0f30,\[O IlAIOK~ solar tide: TTOAfppOIO IlAIOK~ solar time: wpo IlAIOK~ solid - state physics : CPUO"lK~ m£pwu

aWIJOTOC; solid: m£p£oc; solid discharge : m£pwTTopOX~ solidification: TToyfwall solidification of fluid: m£pwTTofllall

uypou solidify: TTOYIWVW solubility: oloAuTOTIlTO soluble: OIOAUTOC; soluble in water: UOOTOOIOAuTOC; solute: OIOAUIJEVIl ouaio solution: oloAulJo sonic flow : po~ IlXIlTIK~ sorting : oloAoy~ sound spectrum: cpoalJo oKouaTIKo sound wave: KUIJO IlXIlTIKO sounder: Ilxof3oAIlT~C; sounding: f3U80IJETpo sounding: Ilxof3oAlall sounding apparatus: IJIlXOVIlIJO

f3 u80IJETPIKO sounding rod: pof3ooc; f3u8oIJETPllallC; sounding tape: TOlvio f3u8oIJETPllallC; source : TTIlY~ source of energy : TTIlY~ £VEPY£IOC; source of sound : TTIlY~ IlXIlTIK~ source of supply : TTIlY~ TTOpOX~C; South - East wind: aopoKoc; South - South - East wind:

aopoKomplo south - south - west wind:

omployoPIJTT~C; south - west wind : yOPIJTT~C; south wind: oaTplo space: OlomlllJO space: XwpoC;

1\£~IK6 Yi3P0TE:.XVIKcVV 6pwv

space statistics : mOTlmlK~ XWPIK~ spanish wax: f30UAOKEPI spatial coordinates: auvTEToyW:V£C;

XWPIKEC; spatial position vector: ovualJo 8EallC;

XWPIKO special: £IOIKOC; specific: £IOIKOC; specific conductivity: oYWYllJoTIlTO

£IOIK~ specific discharge : TTOpOX~ £IOIK~ specific energy: £VEPY£IO £fOIK~ specific gravity: f3opuTIlTO £IOIK~ specific pressure: TTiWIl £IOIK~ specific resistance: oVTimoall £IOIK~ specific speed: TOXUTIlTO £IOIK~ specific volume: OYKOC; £IOIKOC; specific weight: f3opoc; £IOIKO specimen: oEiYIJO spectral: cpoaIJOTIKOC; spectral analysis : cpoalJOTIK~ ovoAuall spectrograph: cpoaIJOTOYPocpOC; spectrophotometer:

cpoalJOTocpwTOIJETPO spectrophotometry :

cpoalJOTocpwTOIJETpio spectrum: cpoalJo speed (or velocity) measurement:

IJETPllall TOxuTIlTOC; speed: TOXUTIlTO speed limit: OPIO TOxuTIlTOC; speed table: TTfvOKOC; TOXUT~TWV sphere: acpofpo sphericity: acpOlpIKOn]TO spillway : UTT£pX£IAlm~c; spin: mploivilall spinning: TT£ploiVIl spiral winding : mpIEAI~1l amlpo£lo~C; spirit hygrometer: UYPOIJETPO

OIVOTTV£UIJOTOC; splint: mpovil split collar: TT£PIAofIJIO T£IJOXlmO split pin: mpovil spool: TTllvfo spotting : TTopOT~Pllall spout: uOOToaTpof3IAoc; spray: KOTOf3PEXw

EYE 2000

spray : povTi~w spray: pOVTIGl-l0 spray : ljJ£KO~W spray gun : ljJ£KOGT~pO<; sprayer : l-lIKPOKOTOIOVIGT~pO<; sprayer : ljJ£KOGT~pO<; spread: OIOGTTOpO spring : TTrW~ spring : TT~orwo spring frost: TTOY£TO<; OljJll-lO<; spring or fountain : TTrlV~ UOOTO<; spring tide: TTOAippOIO GU~uYlwv spring utilization: UOPOArlljJio £K

TTrWWV spring washer : cpMVT~O £AOTf"]PIWT~ sprinkle : povTi~w sprinkler irrigation: OpOWGf"]l-l£

KOTOIOVIGl-l0 sprinkler : £KTO~WT~<; T£XVf"]T~<; !3poX~<; sprinkler irrigation: OpOWGf"] l-l£

T£xvIlT~ !3Pox~ sprinkler rain : !3pox~ T£XVf"]T~ sprinkler system: GUGTf"]l-lO ljJ£KOGl-lOU square : YWVIO~W square : T£TpOywvi~w square: T£TPOYWVIKO<; square: T£TpoyWVO square centimeter: £KOTOGTOl-l£TPO

T£TpaywvlKo square inch: ivrao T£TPOYWVIK~ square nut: TT£PIKOXAIO T£TpOywvO squared paper: XOpTf"]<;

XIA10GT°l-l£TPIKO<; stabilitograph : opyovo l-l£TPf"]Gf"]<;

£uGTOS£io<; stability: WGTOS£IO stability: GTOS£pOTf"]TO stabilizer: opyovo GTOS£pOTTOif"]Gf"]<;

TOGIl<; stable: TTOYIO<; stage: GTOSl-lf"] stage indicator: O£iKTf"]<; GTOSl-lf"]<; stage-discharge relation: GX£Gf"]

GTOSl-l f"]<;-TTOpOX~<; stagnation point: Gf"]l-l£IO f"]P£l-lIO<; stagnation point: GT00ll-l0 Gf"]l-l£lO stagnation pressure: TTiwf"] f"]p£l-lfo<;

55

stagnation properties: 10IOTf"]T£<; OVOKOTT~<;

stagnation state: KOTOGTOGf"] f"]p£l-lio<; stake: TTOAOUKI standard: TTPOTUTTO<; standard deviation : TUTTlK~ OTTOKAIGf"] standard error: TUTTIKO GcpOAl-lO standard error of estimate: TUTTIKO

GcpOAl-lO £KTIl-l~G£W<; standard instrument: opyavo

TTPOTUTTO standard manometer: l-l0V0l-l£TPO

TTPOTUTTO standard pressure gauge : TTI£~Ol-l£TpO

TTPOTUTTO standard unit: l-l0VOOo TUTTlK~ standing: OpSIO<; standing wave: KUl-l0 GT00ll-l0 start : oPX~ start: £KKIVW starting: £KKivf"]Gf"] (l-lf"]Xov~<;) starting procedure: l-l£8000<;

£KKfvf"]Gf"]<; starting reaction: £KKivf"]Gf"]<;

oVTiopoGf"] starting winding : TT£PI£AI~f"]

£KKIV~G£W<;

statement address: 01£u8uVGIl £VTOA~<;

static: GTOTIKO<; static head: uljJo<; UOPOGTOTIKO static head: cpopTfo GTOTIKO static head: cpopTio UOPOGTOTIKO static pressure: TTI£Gf"] GTOTIK~ static pressure tube: GwMva<;

GTOTIK~<; TTIWf"]<; station: GT08l-lO<; stationarity: GTOGIl-lOTf"]TO stationarity: GTOTIKOTf"]TO stationary: l-l0V1l-l0<; stationary: GTOGIl-lo<; stationary: GTOTIKO<; stationary flow : po~ GTOGIl-lo<; statistical: GTOTIGTIKO<; statistical decision: OTTOcpOGf"]

GTOTIGTIK~

statistical hypothesis: UTTo8wf"]

56

GTaTIGTIK~ statistical inference : GraTIGTIK~

GUiJTTEpaGiJaTOAoyfa statistics : araTlarlK~ stay: TTapaiJEVW steady flow: iJOVliJll po~ steady flow : po~ iJOVliJll (GTa8Ep~) steady flow : ara8Ep~ po~ steam: aTiJo<; steam calorimeter: 8EpiJI06iJETPO iJE

aTiJO steam flow : po~ aTiJou steam heating: 8EpiJavGIl iJE aTiJO steam pressure test: OOK1iJaGfa

aTiJoTTfWIl<; steam trap: TTayfoa,aTiJou steel : XOAu~a<; , steel case : TTEpf~AlliJa aTT6 XOAu~a steel envelope : TTEpf~AlliJa aTTo

XOAu~a steel sheet: cpuMo xaAU~plvo steel tube : GWA~va<; xaAU~olvo<; steep: aTTOKPlliJVO<; steep: aTTOTOiJ0<; steer: TTlloaAlouxw stem: TTAwPIl stem : po~oo<; step : ~~iJa stereoscopic parallax : TTapoMa~1l

arEpEOGKOTTlK~

stern: TTPUiJVIl stick : po~oo<; stilling basin: AEKOVIl IlPEiJfa<; stochastic: GTOxaGTIKo<; stochastic variable : iJETa~AIlT~

GTOxaarlK~ stock: aTTo8EiJa stomatal openings: aroiJOTla TWV

cpuMwv stone: TT€Tpa stony: TTETPWOIl<; stop watch: XPOV6iJETPO stoppage : olaKoTT~ stoppage: TTaUGIl stopper: TTWiJa storage : aTTo8~KEUGIl storage : iJv~iJll aTTo8~KEUGIl<;

storm: KaTmyfoa storm cone: KWVO<; KaTmyfoa<; storm signals : G~iJaTa KaTmyfoa<; storm warning: TTpoavaYYEAfa

KaTmyfoa<; stove: 8EPiJOarpa straight edge: yvwiJova<; straight edge: Kavwv straight line: EU8da strain: OIOraGIl strain: TTapaiJOpcpWGIl strainer : OIUAIGT~pa<; stranded: TTpOGapaYiJEvo<; stratified rock: TTETpWiJa GTPWaJYEVE<; stratum: GTpwiJa stream: pEUiJa aTiJOU stream: pEUiJa TTOTOiJlO stream : po~ stream: UOaT6pEUiJa stream bed: KofTIl PEUiJaTO<; streamfunction : pO"iK~ GUVOPTIlGr] streamline : ypaiJiJ~ po~<; streamline coordinates: po"iKE<;

GUVTETaYiJ EVE<; streamsurface : pO"iK~ ETTlcpovEla streamtube : pO"iKO<; GWA~va<; streamtube : GwMvac; po~<; street inlet: aroiJ1o UTTOVOiJOU strength : aVTox~ strength of material : avTOX~ UAIKWV stress: TTfEGIl stress : TOGIl stress vector: ovuGiJa TOGIl<; strike: TTpOGKpOUW striking: TTpOGKpOUGr] strong: IGXUP0<; structure: olop8pwGr] structure : oOiJ~ sub - soil drain: opafvo UTTOYEIO subcritical flow: UTTOKpfaJiJr] po~ subirrigation : OPOEUGIl urroYEla subirrigation : UrrOpOEUGr] subirrigation : urr6YEIa 0POEUGIl submerge weir: cppoYiJa ~U8IGiJEVO submersible: KaTaou6iJEVO submersible pump: aVTAfa

urro~puXlo<;

EYE 2000

submersion: KaTOOUOTl subprogram: UlTOlTpoYP0I-lI-l0 subset: UlTOGUVOAO subsidence : Ka8i~rjGrj subsidiary drain: olToarpoYYIGTIKO<;

oywyo<;, OWT£P£UWV subsidiary drain: arpoYYIGIl

OWT£p£UOUGO subsonic flow : po~ UlTOrjXrjTIK~ substance: OUGio substantial: OUmOGTIKo<; substrate: ulToarpwl-l0 suburb: lTpOOarlO suck: poucpw suction: oVOPPOCPI1Grj suction : I-lU~I1GI1 suction dredger : ~U80KOpO<;

oVOppOCPrjTIK~ suction pipes : GWA~V£<;

ovoppocp~G£w<;

suction pump: OVTAio oVOppOCPrjTIK~ sudden heating: 8£PI-l0VGI1 OlTOTOI-lO<; sulfurous acid : o~u 8£lwo£<; sulphuric acid : o~u 8£i"IKO sum: 68poIGI-l0 summary: IT£piAl1ljJrj summer: KOAOKOipl summer time: wpo 8£plv~ sump: A£KOVrj sun : ~AIO<; sunshine: rjAIOCPOV£IO supercharge boost: UlT£pGul-llTiwrj supercharger : UlT£PGUI-llTlWT~<; supercharging: UlT£pGul-llTiWIl superconductivity: UlT£poywYII-l0TI1TO superconductor: UlT£poywyo<; supercool:ulT£pljJuXW supercooled liquid: uypo

UlT£P£ljJUYI-l£VO supercooling : UlT£pljJU~rj supercritical (or rapid) flow:

umpKpiml-lrj po~ superfluous: IT£pIGGO<; supersonic: UlT£PllXI1TIKO<; supersonic flow : UlT£PI1X1lTIK~ po~ supplement: lTOPOPTlll-lO £CPI1I-l£pioo<; supplement of an arc : lTOpOlTA~PWI-lO

57

TO~OU

supplementary: lTOPOlTAI1PWl-laTIKo<; supplementary angle:

lTOPOlTAI1Pf..Ul-laTIK~ ywvio supply : lTOpOX~ supply pipe : GWA~VO<; lTOPOXET£UG£W<; surface: £1T1CPOV£10 surface craft: GKOcpO<; £1T1cpov£fo<;

(80AOGGI1<;) surface drainage: OlTOGTPOYYIGrj

£1T1CPOV£IOK~ surface forces: OUVOI-l£I<; £1T1CPOV£IOK£<; surface irrigation: OPOWGI1

£1T1CPOV£IOK~ surface leakage : OIOppO~ £1T1CPOV£IOK~ surface pressure: lTi£GI1 £1T1CPOV£IOK~ surface run-off : OlTOppO~ £1T1CPOV£IOK~ surface tension: TOGll £1T1CPOV£IOK~ surface waste : £lTICPOV£IOK~ OlTOppO~ surface water: v£po £1T1CPOV£IOKO surface waves: KUI-l0TO £1T1cpov£fo<; surplus: lTA£OVOGI-l0 surplus of air: IT£piGG£IO o£po (0£

KOUOI1) surrounding : IT£pI~oMov survey: XWP0I-l£TPI10rj surveying: xwpooT081-l11Gll surveying instrument: oPyovo

I-l£TPI1OI1<; surveying service: UlTllPwfo

XOPTOYPOCPIK~ surveyor's bar : lT~Xu<; I-lETPIKO<; susceptible to oxidation : o~£lowml-lo<; suspended current meter: l-luAfoKO<;

OVllPTrjl-l£vo<; (£VO£PIO<;) swamp: £AO<; sweep: K0l-llTUAll swirl : arpo~IAo<; switch: OIOKOlTTW switch board: OIOKOlTTWV KUTio switch board: lTiVOKO<; OIOVOI-l~<; switch board: lTiVOKO<; I1A£KTPIKO<; switch-off : OIOKOlT~ swivel : IT£plarpocp£o<; symbol : OUI-l~OAO symmetric tensor: OUI-lI-lETPIKO<;

TOVUOT~<;

58

symmetrical: aUIJJJETpIKO<; syringe : EyxuT~pa<; system: auaTlwa

T

tab washer: cpAovT(a aacpaMfa<; table: nfvaKa<; table of contents: nfvaKa<;

nEpIEX°I-lEVWV table of integrals: nfvaKo<;

OAOKAIlPWI-l0TWV table of logarithms: nfvaKa<;

Aoyapf8 1-lwv tableland: oponEolo tag: mvaKfoa tail: oupo tail axis : o~ova<; oupafo<; take - off boost: unEpauJJnfwil

anoywDaEw<; tangential speed: TaXUTilTa

EcpanTOI-lEVIK~ tank : OE~aIJEV~ tank: arEpva tank air pipe : aWA~va<; OE~aI-lEv~<;

E~aEplarIKo<; tanker: nETpEAalocpOpO tap: KaVOUAa taper washer: cpA6vT(a KWVIK~ tar: nfaaa tar: maawvw tar concrete: maaoaKupOKOvfal-la tar oil: maaEAalO target area : mplox~ aroxo<; tarring: niaawl-la Technical University: nOAUTEXVEfo telemeter: TIlAEI-lETPO temperature: 8EPJJoKpaafa temperature gradient: 8EPl-lo13a81-lfoa template: nEpfypal-ll-la template: cpopIJa templet : mpfypal-lJJa temporary hardness of water:

npoawplv~ aKAilPOTilTa VEPOU tendency: Toall tensile strain: napal-l0pcpwall

EcpEAKUal-l0U

/\E;~IK6 YOP0Tf,XVIKWV 6pwv

tensiometer: TaafJJETpo tensor : TaVUaT~<; tepid: XAlapo<; term: opo<; terminal pin: nEpovil aKpooEKTil terminal velocity: TaXUTilTa TEAIK~ terminology: OV0l-laToAoyfa terrace: aval3a8l-lo<; terrestrial : y~lvo<; terrestrial: XEpaafo<; terrestrial magnetic field: nEofo

JJayvilTIKO y~lvo terrestrial magnetism: l-layvIlT101-l0<;

y~lvo<; terrestrial radiation: aKTlvol3oAfa y~IVil test: OOKII-laafa test : OOKIJJ~ test : EAEYX0<; test tube : oWA~va<; OOKll-lamlKo<; testing: OOKII-laafa testing : OOKII-l~ testing with vacuum : OOKII-l~ KEVOU thaw: AIWOIJJO noyou thawing: AIWOIIJO noyou theorem: 8EwPllJJa theoretical: 8EWPilTIKO<; theoretical frequency: auxvOTilTa

8EWPllTIK~ theory: 8Ewpfa thermal: 8EPI-lIKO<; thermal barrier: 8EPl-liKO cppoYl-la thermal capacity: XWPilTIKOTilTa

8EPI-lIK~ thermal conductivity: aywY1l-lOTilTa

8EPJJIK~ thermal conductivity constant:

OTa8EPO 8EPI-lIK~<; aywYIIJOTIlTa<; thermal conductivity resistance:

aVTfaraail 8EPI-lIK~<; aywY1I-lOTIlTa<; thermal effect: EpE81ol-la 8EPl-liKO thermal efficiency: anooooll 8EPI-lIK~ thermal energy: EVEpYEla 8EPI-lIK~ thermal expansion: olaaroM 8EPI-lIK~ thermal ionization: lovlaJJ0<; 8EPI-lIKO<; thermal stratification: mpwl-l0TwOll

8EPI-lIK~ thermal unit: JJovaoa 8EPI-lIK~

EYE 2000

thermionic emission : EKlTOl-llT~ 8EPI-lIOVIK~

thermocline : 8EPI-lOKAIV~e; thermocouple instrument: opyovo

8EPI-l0~El)youe; thermodynamics : 8EPI-1015uVOI-lIK~ thermomechanics : 8EpI-l01-lIlXOVIK~ thermometer: 8EPI-lOl-lETPO thermometric: 8EPI-l0I-lETpIKOe; thermometric instrument: opyovo

8EPI-l 0l-lETPIKO thermometry: 8EPI-l0l-lETpio thermostable: 8EPI-l00v8EKTIKO thermostable: 8EPI-lOGT08EpOe; thick squall: Xlov08uEAAO thicken: lTUKVWVW thickener : lTUKVWT~e; thickness: lTOXOe; thickness gauge: lTOXUI-lETPO thousandth : XIAIOGTO three-dimensional flow : po~

TPl1510GTOTil threshold: KOTWq:>AI threshold: OPIO throttle: mTOAou15o throttle curves: K0l-llTUAEe; 15IKAi15oe; throttle valve: ElTIGTOl-110

GTPOYYOAIGTIKO through hole : OlT~ 1510I-llTEp~e; thrust: WGIl thunder : i3POVT~ thunderstorm: 8UEMo thunderstorm: KOTOIyi15o tidal chart: XOpTIle; lTOAIPPOIWV tidal curve : KOl-llTUAlllTOAIPPOloK~ tidal stream: PEUI-l0 lTOAIPPOIOKO tidal wave: KUI-l0 lTOAIPPOIOKO tide: lTOAippOIO tide gauge: lTOAlppoloypOq:>Oe; tide gauge: lTOAIPPOIOI-lETPO tide table: lTiVOKOe; lTOAIPPOIWV tide velocity: TOXUTIlTO lToAippOIOe; tight: GTEyovoe; tile: lTAOKi1510 tillage: KOTEPyoGio E06q:>oue; time: xpovoe; time: wpo

time domain: lTE15io XPOVIKO time fluctuating pressure:

15loKUI-l0VGlllTiwlle; I-lE TO XPOVO

59

time fluctuating velocity: TOXUTIlTO I-lE 1510KUI-l0VGEIe; we; lTpOe; TO XPOVO

time for heating: xpovoe; 8EPI-lc1VGEWe; time lag : K08uCJTEPilGil time lag: UGTEPIlGIl XpOVIK~ time series: XpOVOGElpO time step : i3~1-l0 XPOVIKO time switch: Xpovo1510KOlTTIle; timing: XPOVIGI-l0e; timing mark: Gill-lEio XPOVIGI-l0U tin: KOGGiTEpOe; tipping bucket: K60oe; oVmpm0I-lEVOe; tipping bucket: Ko15oe; GUpTOe; titrate: TlTA0150TW tolerance : OVOX~ top soil: ElTIq:>OVEIOKO GTPWI-l0 E150q:>OUe; topsoil: ElTIq:>OVEIOKO E150q:>0e; torque : pOlT~ GTpE4JEWe; torque: GTPE4J1l torrent: XEiI-lOppOe; torrent bendings : XEII-l0PPOU

OVOK0l-llTEe; torrent force: XEII-l0PPIKOTIlTO torrential rains: i3poxEe;

KOTOppoKTw15EIe; torrentiality : XEII-l0PPIKOTIlTO torrentiality factor : GUVTEAWT~e;

XEII-l°PPIKOTIlTOe; torsiometer : opyovo I-lETPIlGIle;

GTpE4JIle; torsion : GTPE4J1l torsor : GTpOq:>EOe; tortuosity factor: lTOpOYOVTOe;

lTOAUlTAOKOTIlTOe; total : OAIKOe; total: GUVOAIKOe; total derivative : OAIK~ lTOpoywyoe; total flux : po~ OAIK~ total head : q:>opTio OAIKO total irrigation requirements:

GUVOAIKEe; OVOYKEe; TWV KOAAIEPYEIWV GE VEPO

total output : lTOpoywy~ OAIK~ total population: lTAll8uGl-loe; OAIKOe;

60

total pressure: TIiWIl O'\IK~ total variation : O'\IK~ Il£Ta!30'\~ tow: PUIlOU'\KW trace: ixvo<; tracer: IXVIlMTIl<; tracer of planimeter: !3£Mvll

£Il!3aooll ETPOU tracer of planimeter: IXVIlMTIl<;

£Il!3a06Il£Tpou training: 0lEU8ETIlall TIOTaIlOU trajectory: TpoXla transducer : Qla8IlT~pa<; transform : Il£TaaXllllaTi~w transformation: Il£TaaXllllaT1all0<; transient blast of wind : TIapOOIK~

TIVO~ aVEllou transit: ola!3aall transition: IlEla8wIl transition region : IlEla!3aTIK~ TI£PIOX~ translation (of axes) : IlElmpOpa

(a~ovwv) transmission : £KTIOIlTI~ transmission coefficient:

auvT£'\wT~<; Il£Ta06a£w<; transmission dynamometer:

ouvallOIlETPO IlElOOOall<; transmission loss: aTIw'\£la

IlElaOoall<; transmissivity: olaTI£paTOTIlTa transmissivity: OIOXEl£UTIKOTIlTa transonic flow : OIIlXIlTIK~ po~ transparency: olauY£la transparency: ola<pav£la transparent : ola<pav~<; transpiration : OlaTIVO~ transport: Il£Ta<popa transpose matrix: IlIlTPWO avaarpo<po transversal : £YKapmo<; transverse: £YKapmo<; transverse dimensions: olaaraa£l<;

£YKapm£<; transverse section : TOIl~ £YKapma transverse system: auaTlllla £YKapmo transverse wave: KUlla £YKapmo trap: TIayioa trash ice: TIayou 8paUallaTa traveling nut: TI£PIKOX'\IO KIVOUIl£VO

118~IK6 YOpOT8XVLKWV 6pwv

traveling nut: TI£PIKOX'\IO IlElaTI8EIl£VO tray: oiaKo<; treatment : £TI£~£pyaaia treatment: KaT£pyaaia treatment: Il£Tax£iplall tree diagram: olaypalllla OEVTPOU trench: 0puYlla trench excavator: £KaKa<pEa<; Ta<ppwv trend: Taar] trend: <popa trial: oOKlllaaia trial : OOKIIl~ trial: TIpOaTIa8£la triangle: Tpiywvo tributary: TIapaTIOTaIlO<; trickle : aTa~w trickle irrigation: apoEUall Il£

arayov£<; trickle irrigation: arayor]v apoEUall triple point: allll£io Tpm'\ouv tropical region : TI£PIOX~ TPOTIlKOU

K'\illaTO<; tropical tide: TIaAippola TWV TPOTIlKWV trough: Koi'\wlla truck: 0XIlIlG <POPTIlYO true time: wpa a'\1l8~<; tsunami: KUlla a£laIlOY£VE<; tub: KPOUVO<; UOaTo<; tube: aywyo<; K'\£laTo<; tube: pall<PO<; tube : aw'\~va<; tunnel : a~payya tunnel door: 8upa a~payya<; tunnel well: <pp£aTlo a~payya<; tunneling : KaTaaKEU~ a~payya<; turbidity: 80MTIlTa turbine: TOUPIlTIiva turbine pump: arpo!3l'\avT,\ia turbopropeller : £'\IKoarpo!3l'\o<; turbopump : arpo!3l'\avT,\ia turbulence: TUp!31l turbulent boundary layer: TUp!3WOr]<;

oplaK~ arol!3aoa turbulent flow : po~ TuP!3wOIl<; turbulent layer: aTOl!3aoa TUP!3wOIl<; turbulent stress: Taall ruP!3wOIl<; twisting moment : pOTI~ aTpELjJ£w<;

EYE 2000

two way cock: KpOUVOe; oIlTA~e; po~e; two-dimensional flow : po~ OIOICtOTOnl two-way cock: KpOUVOe; Ofmol-lOe; two-tailed test: EAEYXoe; OfTTAwpoe; type : TlJTTOe;

u ultracentrifuge: uTTEP<PuYOKEVTPIlOIl ultrafiltration : uTTEpol~8101l ultrasound: UTTEPIlXOe; ultraviolet: uTTEplwOIle; unbiased estimate: EKTfl-lllOIl

al-lEpoAIlTTTIl uncontrollable: EKTOe; EA£yxou uncorrelated : aouoXETIOTOe; uncorrelated random variables:

aouoXETIOTEe; TuxaiEe; I-lETa~AIlTEe; undamped wave: KUI-la xwpfe;

aTToo~wll underground: uTTEoa<pOe; undisturbed soil: aOIOTCtpaKTo Eoa<pOe; undulating ground : TTEPIOX~ EAa<ppwe;

KUI-lOTOEIO~e; undulation: KUI-lOTI0I-l0e; unequal: CtvloOe; uniform: OI-lOIOI-lOp<pOe; uniform dead-load: OI-lOIOI-lOP<PO VEKPO

<popTfo uniform distribution: OI-lOIOI-lOP<P1l

KaTOVOI-l~ uniform flow: OI-lOIOI-lOP<P1l po~ uniform flow : po~ OI-lOIOI-lOp<pOe; uniform heating: 8EpI-lavOil

OI-lOIOI-lOp<pOe; uniformity: OI-lOlol-lop<pfa uniformly distributed random

variable: OI-lOlol-lop<pa KOTaVEl-llll-lEVIl Tuxafa I-lETO~AIlT~

union nut: TTEPIKOXAIO EVWOEWe; unique: I-l0VaOIKOe; unit: l-lovCtoa univalent : I-lOV008EV~e; universal: Ka8oAIKOe; universal: TTaYK00I-lIOe; universal attraction : EA~1l TTaYK00I-lIOe; universe: OUI-lTTaV

61

unrestricted sampling: oEIYI-lOToAllljJfa Tuxafa

unsafe region : TTEPIOX~ ETTlo<paA~e; unsaturated flow : po~ aKopwTrJ unsaturated hydraulic conductivity:

aKopwTIl uopauAIK~ aywYII-lOTrJTO unsaturated soil: Eoa<pOe; aKopwTO unsteady flow : aOT08~e; po~ (I-lll

I-l0Vll-lrJ) unsteady flow: I-lll I-l0VII-lIl po~ up - wind : TTpOO~VEI-lOe; upper limit: OPIO avwTOTo upright: KaTaKopU<pOe; upright: op8loe; upstream: aVCtVTIl upward roll : TTEPIOTPO<p~ avooou usable capacity: XWPIlTIKOTIlTO

w<pEAII-lIl useful field: TTEOfo w<pEAII-l0 useful load: <popTfo w<pEAII-l0

v vacuum: KEVOe; vacuum manometer: l-laV0I-lETPO

KEVOU vacuum meter : I-lETPIlT~e; KEVOU vacuum pump: aVTAfa KEVOU vacuum pump control : XEIPIOT~PIO

aVTAfae; KEVOU valley: KOIMoa value: a~fa value : TII-l~ valve : ~aA~foa valve: olKAfoa valve cock: KpOUVOe; olKAfoae; valve disc: OfOKOe; ~aA~foae; valve seat: Eopa Tile; ~aA~foae; vane : TTTEPUYIO vapor pressure: TTfEOIl OTI-l0U vapour: OTI-lOe; variability: TTapaAAaKTIKoTIlTO variable : I-lETa~AIlT~ variable pressure: TTfWIl I-lETO~AIlT~ variable speed: TOXUTIlTO

I-lETO~aAAoI-lEvrJ variable weather: KOIpOe; I-lETa~ArJTOe;

62

variance: OloKUI-l0VOTI variate : moxooTIK~ I-l£TOi3AIlT~ variation : oTTOKAIOIl variation : I-lEToi30A~ variation : TTopoMoy~ varied flow : po~ I-lEToi3oMol-l£VIl variogram : i3oPloYP0I-lI-l0 various: OIO<pOpOe; various: TTOIKfAOe; vartical cross section : TOI-l~

KOTOKOpU<pOe; vat : AEKOVIl vector: OVU0I-l0 vector: OIOVU0I-l0 vector addition : OIOVUOI-lOTIK~

TTpo08Wll vector field: TT£ofo OIOVU0I-lOTIKO vector product: Y1V0I-l£VO

OIOVU0I-lOTIKO vector product: OlaVU0I-l0TWV

Y1V0I-l£VO vector quantity: aVU0I-lOTIKO I-lEy£80e; vegetable pitch: TTfooo <pUTIK~ vehicle: 0Xlll-la velocity: TOXUTIlTO velocity coefficient : OUVT£AWT~e;

TOXUTIlTOe; velocity field: TT£ofo TOXUTIlTOe; velocity head: U4JOe; TOXUTIlTOe; velocity head: <popTfo TOXUTIlTOe; velocity of flow: TOXUTIlTO po~e; vent hole : OTT~ a£plol-l0U vent pipe : oWA~vae; £~O£PIOTIKOe; ventilating pipe: a£pl0I-l0U oWA~vae; ventilation: O£pIOI-lOe; vertical : K08ETOe; vertical: KOTaKopU<pOe; vertical boiler: Mi3IlTOe; K08ETOe; vertical component: OUvloTwoa

KaTOKopU<pOe; vertical coordinate: ouvT£TOYI-lEVIl

KaTOKopU<pOe; vertical grid - lines: KaTOKopU<p£e;

ypal-ll-lEe; TOU Kavoi3ou vertical line: KOTOKOpU<pOe; vertical shaft: K08ETOe; o~wv very high sea: 80Aaooo TPIKUI-lIWOIle;

l\e~IK6 YOpOTeXVIKWV 6pwv

very rough sea: 80Aaono KUI-lOTwiSlle; vibrate: TToMw vibration: OOVIlOIl vibration : TTOAI-lOe; vibration damper: TToA[1ocri3£GTrjC; viscometer : I~WOOI-lETPO viscosity : I~WO£e; viscous flow : I~WOIle; po~ viscous flow : po~ I~WO'le; viscous fluid: PWOTO I~WO£e; visible: OpOTOe; visible sign: OpOTO 011[1£10 vision: opaoll visual: OTTTIKOe; voids: K£VO volcanic rock: TTETpW[1a

rj<pOIOT£lOY£VEe; volume: OYKOe; volume flow rate: pu8[1oe; po~e; OYKOU volumetric soil moisture : £oa<pIK~

uypaofa KOT' OYKO von Karman vortex trail: OKOAou8fo

OIVWV von Karman vortex: OUVrj vortex: oTpoi3IA10I-lOe; G'lI-l£IOKOe; vorticity: mpoi3IA10I-lOC;

w wagon: oXtll-la wagon: 0Xrjl-l0 oroIlPOOP0I-l0U wake: aTTov£po TTAOfou wall tile: TTAOKfolO TOfxou warm: 8£Pl-lofvw warm front: I-lETWTTO 8£Pl-lo warming the air: 8EPi-laVOll TOU OEpOe; warming up engine: 8r:p(JoVGIl

I-lrjxav~e; wash out hole : OTT~ Ko8ap10[10U

Mi3IlTO waste: aTToi3ArjTO waste: OTToppll-ll-la waste products: oTTOppfiJl-lOTa wastewater: aTToi3ArjTa uypo wastewater: oTTov£pa wastewater: AUI-lOTa watch : wpoMYlo

EYE 2000

watch box : TTapanlPllT~plO water - cooled: uomOljJuKToC; water - level: on't81-l11 uomoc; water - pipe: uopaywyoc; water - pipe : uopoowA~vac; water - proof : uomooTE:y~C; water - pump: uopavTAfa water - tight bottom : uomom£y~c;

TTu81-l£Vac; water - turbine : uopompo~IAoC; water: v£po water: uowp water ballast : oa~oupa uomoc; water bath: uomoAouTpO water bearing layer: UTTOY£IO

uopo<popo mpwl-la water calorimeter: 8£PI-lIOOI-lETPO I-l£

v£po water catcher: uopoouAAEKTllC; water conduit: aywyoc; v£pou water content: TT£PI£KTIKoTllra o£ v£po water cooling : uOPOljJU~1l water delivery : olavol-l~ v£pou water discharge : uomoTTapox~ water distribution system: OfKTUO

olavol-l~C; v£pou water driven : uOpoKfVllTOC; water dynamometer: ouVal-lOI-lETPO

uomoc; water economy: uopoOIKov0l-lfa water gauge: uomoo£fKTll<; water gauge: UOpOI-l£TPO water hammer : TTA~yl-la KPIOU water infiltration: uomoc; ol~811011 OTO

£oa<poc; water inlet : £Ioaywy~ uomoc; water intake: uopoAllljJfa water jacket: XITWVIO uomoc; water jet: O£OI-lIl uoaTlvll water jet : <pAE~a uoaTlvll water level: uomoc; on't81-l11 water line: foaAoc; ypal-ll-l~ water losses: uomoc; aTTwA£I£C; water management model: I-l0VT£Ao

olax£fplollC; v£pou water manometer: l-laV0I-lETPO uomoc; water outlet : £~ooo<; uomoc;

water power: uomoc; 10XUC; water pump: aVTAfa uoaTOC; water quality: TToloTllra v£pou water reservoir : UOmOral-llwT~pac; water reservoir: uopaywy£fo water resistance: uomoc; aVTforaoll water separator: uomoc;

aTToxwplm~pac; water softening: uomo<;

aTTooKA~pUVOll

63

water sterilizing: uomoc; aTTom£fpwoll

water supply: uomoc; £<poolaol-lo<; water supply: UOpwOll water supply reservoir: uopaywyEfo water supply reservoir: <ppaYl-la

uop£uo£wC; water table: uopo<popOC; opfZ;ovrac; water table: uTToY£la ma81-l11 water tank : uomoo£~al-l£vr't water temperature: uomoc;

8£PI-lOKpaofa water tight: uomom£yavo<; water tower: uomoTTupy0C; water trap: uopoouM£KTllC; water treatment : £TT£~£pyaofa uomoc; water use efficiency: aTTooOTIKOTIlTa

XP~OIlC; v£pou water valve: £TTlmOI-lIO MljJ£wC; uomoc; water vapor: UOpml-l0C; water vortex : UOaTOOTpO~IAoC; waterborne: I-l£ra<p£p0l-l£va I-l£ TO v£po water-cooled: ljJUX0I-l£VOC; I-l£ v£po waterculture: uomoK0l-lfa (IX8.) waterfalls: KarappaKTll<; watering : ola~pox~ waterlogged: KmaKAu0I-l£VoC; OTTO

v£po waterproof door: 8upa UOaToaT£yav~ water-proofing: oT£yavoTTofllOll watershed: A£Kavll aTToppo~C; watershed limit: uOPOKpfTll<; A£Kavwv

aTToppo~C; water-tight door: 8upa oT£yav~ watertight door: 8upa UOaTOOT£yav~ waterway: uoaTlvll 000<; waterway : uopoppo~

64

waterworks: EYKaTamOCJ£lC;; UOp£lJCJEWC;;

wave: KUI-la wave celerity: TaxunjTa KUl-laTOC;; wave crest : KOPUCP~ KUl-laTOC;; wave distortion: KUl-laTOC;;

lTapal-lopcpwCJr] wave equation : KUl-laTIK~ E~fCJwCJr] wave formation: CJXrJl-laTICJI-lOC;;

KUl-laTOEIO~C;; wave front: I-ltTWlTO KUl-laTOC;; wave height: uljJOC;; KUl-laTOC;; wave mechanics : KUl-laTOI-lr]xavIK~ wave meter : l-l£Tpr]T~C;; I-l~KOUC;; KUl-laTOC;; wave motion: Kfvr]CJr] KUl-laTOC;; wave number: apl8l-loc;; KUl-laTOC;; wave propagation: OIOOOCJr] KUI-l(:lTWV wave trap: lTayfoa KUl-laTOC;; waveform : KUl-laTOI-lOPCP~ wavegauge : KUl-laTOYpocp0C;; wavelength : I-l~KOC;; KUl-laTOC;; waving : KUl-laTOEIO~C;; wavy: KUl-laTWOr]C;; way: OPOI-lOC;; way: TPOlTOC;; weak: aouvaTOC;; weak : aCJ8Ev~c;; weak law of large numbers : aCJ8Ev~c;;

V0I-l0C;; TWV I-lEyoAwv apl81-lwv weather: KOIPOC;; weather bulletin: I-l£TEWpoAoYIKO

oEAIfo weather bureau: I-l£TEWpoAoYIKO

ypacp£io weather chart: XOPTr]C;; KOIPOU weather chart: XOPTr]C;;

I-lETEWpoAoYIKOC;; weather forecast: lTpoyvwCJr] KOIPOU weather man: I-lETEWpoAOyoC;; weather map: I-lETEWpoAoYIKOC;; XOPTr]C;; weather map: XOPTr]C;; KOIPOU weather report: oEAIfo KOIPOU weather report: I-lETEWpoAoYIKO oEATfo weather signals: KOIPOU CJ~l-laTa weather symbols: KOIPOU CJUI-l~OAIK~

lTapoCJTaCJr] weather warning: KOIPOU

/\8~IK6 YOpOT8XVIKWV 6pwv

lTPOEIOOlTofr]CJr] weeds: slsovla weeds: 8aAaCJCJla cpuTa weedy bottom : ~u8oC;; I-lE cpuKla weight : ~apoc;; weight of displacement: UOaTOC;;

~apoc;; EKTOlTlS0I-lEVOU weighting: ma81-lICJTIKOC;; weighting factor: CJTa81-lICJTIKOC;;

lTapaywv weir : EKXEIAICJT~C;; weir : UlTEPXEIAICJT~C;; weld steel : xaAu~ac;; CJuYKoM~CJEWC;; welded collar: lTEp1Aail-li0 CJuYKoMr]TO welding: CJuYKoMr]CJr] well: lTr]yMI well: cpptap well: CPPEaTlo west: oUCJr] west : OUTlKOC;; westerly wind: lTOUVtVTEC;; West-North-West wind:

lTOUVEVTOl-laTCJTp0C;; West-South-West wind:

lTOUVEvTOyapl-llT~C;;

West-wind: lTOuvtvTEC;; wet: uypoC;; wet bulb: 8EPi-lOl-lETPO uypo wet cell : CJTOIXEio uypo wet steam: aTI-lOC;; uypoC;; wetness: uypaCJfa wetted perimeter: lTEpfjJ£TPOC;;

~PEXOI-lEVr] wetted surface: ElTlcpavEla ~PEXOI-lEVr] wetting : ola~pox~ wharf: Kpr]lTfowl-la wharf: lTpoKul-lafa wheeled vehicle: oXrJl-la TPOXOCPOpo whirl: ofvr] whirling: OIVICJI-l0C;; whirlpool : UOaTOCJTpo~IAoC;; wide: lTAaTuC;; widening: OlalTAaTuvCJr] width: lTAaTOC;; wilting point: CJr]I-l£io l-lapavCJEwc;; wilting point: uypaCJfa l-lapavCJEwc;; winch : ~apouAKo

EYE 2000

wind: 6vqJo<; wind abeam: TTA6YIO<; 6vqJO<; wind erosion : 1516~pWOTl 0I0AIK~ wind pressure: TTiwTl aVEl.l0U wind shield: aVEl.l08pauGTfj<; wind storm: aVEl.l08uEMa winding : TT£PIEM~fj windward : TTpOO~VqlO<; wing: TTAEUp6 wing: TTTEpuya wing nut: TTETaAOU15a winter solstice: fjAlooTaGio XE1l.lEPIVO wiper : Ka8apIGT~pa<; wire: KaAW15lO wire fence : TTEpi<ppa~fjl.lE oUPl.la with fair wind: TTpUl.la wood: 15aoo<; wood impregnation: 15laTToTI0l.l0<;

~uAEia<; wood tar: TTiooa ~UAOU

wooden region : TTEPIOX~ 15aow15fj<; work: EPYO

65

work shaft : KIVfjT~PIO<; a~ova<; working pressure: TTiwfj A£lToupyia<; worksite : EpyOTa~lo wrapping : TT£PITUAI~fj wrinkled: PUTI15W15fj<; wristwatch: wpoMYlo XEIPO<;

y

yard: yuap15a yield: aTT6000fj

z zephyr: TTOUVEVTE<; zero level: ETTiTTE150 ETTI<pavEla<;

8aMoofj<; zone: swvfj

EAAHNOArrAIKO AE:IKO

A al3a9tlr:;, : shallow al3loTIKOr:;, : abiotic aYKupa : anchor aYKupwO'I"] : anchoring aypovolJia : agronomy aywYllJoTI"]Ta : conductivity aywYIIJOTI"]Ta EIOIKtl : specific

conductivity aywYllJoTI"]Ta 9EpIJIKtl : thermal

conductivity aywyor:;, : channel aywyor:;, : conduit aywyor:;, avolKTor:;, : open channel aywyor:;, KhEIO'TOr:;, : pipe aywyor:;, KhEIO'TOr:;, : tube aywyor:;, IJI"] KUKhIKtlr:;, OIaTOlJtlr:;, : duct aywyor:;, VEPOU : water conduit aOEla~w : drain aOlal3aTIKor:;, : adiabatic aOlalTEpaTOr:;, : impermeable aOJalTEpaTor:;, : impervious aOlaO'TaTor:;, : dimensionless aOlaO'TaTOr:;, : non-dimensional aOJaTapaKTo Eompor:;, : undisturbed soil aouvaTor:;, : weak aEplo: gas aEplO'lJor:;, : ventilation aEplO'IJOU O'wMvar:;, : ventilating pipe aEpoq>wTOypaq>ia : aerial photography aEpoq>wToypaq>IKor:;, :

aerophotographic aEpOllJU~I"] : air cooling a9poI0'IJa : sum a9poIO'TlKtl KaTaVoIJtl O'UXVoTI"]Tar:;, :

cumulative frequency disrtibution a9poIO'TIKtl O'uvapTI"]O'I"] KaTaVOlJtlr:;, :

cumulative distribution function a9poIO'TlKOr:;, : cumulative alohlKor:;, : aeolian aJ0'91"]Ttlpar:;, : sensor aI0'91"]Ttlpar:;, : transducer alTla : cause

aJWV lTahalO~w"'KOr:;, : palaeozoic aKlJtl : edge aKohou9ia OIVWV von Karman : von

Karman vortex trail aKopEO'TI"] uopauhlKtl aywY1\loTI"]Ta :

unsaturated hydraulic conductivity aKpaia TllJtl : peak value aKpl"] : edge aKpil3Ela : accuracy aKpil3Ela : precision aKpll3tlr:;, : exact aKpll3tlr:;, 9Ewpia OEIYlJaTOhl"]lIJfar:;, :

exact sampling theory aKpo olTi0'910 : rear end aKpOOEKTI"]r:;, 9ETIKOr:;, : positive terminal aKpoOEKTI"]r:;, OUOETEPOr:;, : neutral

terminal aKpoq>uO'IO : nozzle aKpoq>UO'IO alToKMvov : diverged

nozzle aKpoq>uO'IO O'uYKMvov : contracting

nozzle aKTiva (lJovaoa IJETPl"]O'I"]r:;, ywviar:;,) :

radian aKTIVa uopaUhlKtl : hydraulic radius aKTfvar:;, lTap69haO'I"] : ray diffraction aKTlvol3oMa : radiation aKTlvol3oMa ytllVIl : terrestrial radiation aKTlvol3oMa I"]h1aKtl : solar radiation ahar:;, 0PUKTO : rock salt ahaTOTI"]Ta : salinity ahaTouxor:;, : saline ahYEl3pa : algebra ahyl"] : algae ahyopI91J0r:;, : algorithm ahKahlWIJEVO Eoaq>or:;, : sodic soil aMaytl : change aMaytl IJETal3hIlTtlr:;, : change of

variable aMI"]hElTfopaO'Il : interaction ahlJa : jump ahlJa uopauhlKo : hydraulic jump alJEllIJlO'lTOpa : crop rotation

68

aJlETa/3AI"]TOc,; : invariant aJlJloc,; : sand aJlTTWTI"] : ebb aJlTTWTIc,; : low water ava/3a9Jloc,; : terrace ava/3AuO"Tllpac,; /3paoEiac,; AElToupyiac,; :

slow running jet ava/3paO"Jloc,; : ebulition avaYKEc,; TWV KaAAIEPYEIWV O"E VEPO :

agricultural water demands avaYKEc,; TWV KaAAIEPYEIWV O"E VEPO :

crop water requirements avayAucpo : landform avayvwplO"I"] : identification avayvwO"I"] /3apOJlETpIK~ : barometric

reading avayvwO"I"] xapTOu : map reading avaoiTTAwO"I"] TOU cpaO"JlaToc,; : aliasing aVaOpoJlIKOc,; : recurrent aVaOpOJlIKOc,; : recursive ava9EO"I"] EpyaO"iac,; : assignment avaKaTaVOJl~ : redistribution aVaKTI"]O"I"] : renovation avaAAoiwTOc,; : invariant avaAoYla : proportion avaAuO"I"] : analysis avaAuO"I"] apI9Jll"]TIK~ : numerical

analysis avaAuO"I"] olaO"TTopac,; : analysis of

variance avaAuO"I"] olaO"TaTIK~ : dimensional

analysis avaAuO"I"] EUal0"91"]0"Iac,; : sensivity

analysis avaAuO"I"] O"E KUpiEc,; O"UVIO"TWO"Ec,; :

principal component analysis avaAuTIKEc,; O"uvapT~o"EIc,; : analytic

functions avaAuTIKoc,; : analytical aVaJlEVOJlEVl"] O"UxvOTI"]Ta : expected

frequency aVaJlEvoJlEVI"] TIJl~ : expected value avaJlI~I"] : mixing avaJlov~ : expectation aVaVTI"] : upstream avaTTTuYJla : expansion avaTTTuYJla aO"UJlTTTWTlKO : asymptotic

iI£E,IKO Yi3POT8XVIi<.cfw OpWV

expansion aVaITTuYJla OIWVUJlIKO : binomial

expansion avappocpl"]O"I"] : suction avaO"TOAtac,; TTI"]OaAfou : rudder stop avao"XETIK~ KAiO"I"] TTiEO"I"]c,; : adverse

pressure gradient avaTpETTw : reverse avacpopa : reference avaxwJla : dike avaxwJla : dyke avaxwJla : embankment avaxwJla : levee avaxwJlaTa OIEU9ET~o"EWc,; KOITI"]c,;

XEIJlappOU : dikes of torrent aVEJllo"T~pac,; : fan aVEJlo9pauo"TI"]c,; : wind shield aVEJlo9uEAAa : wind storm aVEJloc,; : wind aVEJloO"Tpo/3IAoc,; : hurricane aVE~apTI"]o"la : independence aVE~apTI"]Ta oEIYJlaTa : independent

samples aVE~apTI"]Toc,; : independent aVlo"oc,; : unequal aVIO"oTI"]Ta : inequality aVIO"OTpoTTO JlEaO : anisotropic

medium avoooc,; TTaAfppOlac,; : rise of tide aVOIYJla : aperture avolYJla : opening avopyavoTToIl"]O"I"] : mineralization avop9wO"I"] : rectification avox~ : tolerance aVTauYEla oupavou : sky blink aVTiopaal"] : reaction aVTITTAI"]JlJlUpIKa Epya : flood control

works aVTITTAI"]JlJlupIKa Epya : flood mitigation

works aVTlTTp0O"WTTEUTIKOc,; : representative aVTIO"TaO"I"] : resistance aVTiO"TaO"I"] aEpOOUvaJlIK~ :

aerodynamic resistance aVTiO"TaO"I"] avappocp~o"EWc,; :

resistance to suction aVTiO"TaO"I"] OuVaJlIK~ : dynamic

EYE 2000

resistance aVTicrTOcrll EIOIKrl : specific resistance aVTicrTOcrll EVEpYOt; : effective

resistance aVTicrTOcrlllkpfJlKrle; aywYlfJOTIlTOe; :

thermal conductivity resistance aVTicrTOcrlluEolle; : braking resistance aVTfcrTacrll cruv9HIl : impedance aVTicrTOcrll Tpl!3rle; : frictional resistance aVTfcrTOcrll UOpaUA.IKrl : hydraulic

resistance aVTicrTacrll WfJlKrl : ohmic resistance aVTlcrTpEuToe; : reversible aVTlcrTpEq>W : invert aVTlcrTpOq>rl : inversion aVTfcrTpOq>Oe; : inverse aVTfcrTpOq>Oe; IJHacrXlllJaTlcrlJ0t;

Fourier: inverse Fourier transformation

aVTfcrTpOq>ot; uivaKae; : inverse matrix aVTA.llcrll : pumping aVTAfa : pump aVTA.ia avappoq>IlTlKrl : suction pump aVTAfa a~OvIKrlt; p0rle; : axial flow

pump aVTA.[a auocrTpayyicrEWt; : drain pump aVTAfa !3a9Ewv q>pEaTwv : deep - well

pump aVTAfa yA.UKOU VEPOU : fresh water

pump aVTAfa olaxucrEwe; : diffusion pump aVTAfa EKTo~EucrEwe; : jet pump aVTAfa EIJ!30A.Oq>opoe; : piston pump aVTAfa SnlKrlt; EKTomcrlle; : positive

displacement pump aVTAfa KaSapou uoarot; : clean - water

pump aVTAfa KaTOSA.I1TT1Krl : forced pump aVTMa KEVOU : aspiring pump aVTMa KEVOU : vacuum pump aVTA.ia A.acrrrllt; : mud pump aVTMa 1J1KTrle; pOrle; : mixed flow pump aVTMa rraA.IVOpOIJ1Krl : reciprocating

pump aVTMa rrnpEA.aiou : oil fuel pump aVTA.[a rroO"lfJou VEPOU : potable water

pump

aVTMa UY1E1Vrle; : sanity pump aVTMa uoaTOt; : water pump aVTAfa UOpaUA.IKrl : hydraulic pump aVTMa urro!3puXIOt; : submersible

pump

69

aVTMa q>uYOKEVTPIl : centrifugal pump aVTA.W : pump aVTOXrl : strength aVTOXrl uA.IKWv : strength of material avuopo UETpwlJa : dry rock avucrlJa : vector avucrlJa SEcrlle; XWPIKO : spatial

position vector avucrlJa Tacrlle; : stress vector avucrlJaTIKo IJEYESOt; : vector quantity aVUljJwcrll : lift aVUljJwcrll : rise avwcrll : buoyancy a~fa : value a~lomcrTfa : reliability a~locrIlIJEfwTot; : significant a~iwlJa : axiom a~ovae; : axis a~ovat; EA.IKae; : screw shaft a~ovae; OUOETEpOe; : neutral axis a~ovae; oupafot; : tail axis a~ovae; oupavloe; : celestial axis a~wv EIJ!30A.ou : piston pin a~wv orrTIKOe; : optical axis a~wv rrlloaMou : rudder stock arrapfSlJllcrll : counting arraplSIJIlTrlt; : counter auaTIl OrrT1Krl : optical illusion arrEIKovlcrll crUIJIJOpq>1l : conformal

mapping arrElpo : infinity amovlcrlJOe; : de - ionization auA.Oe; : simple auo!3A.IlTa : waste auo!3A.IlTO uypa : wastewater arrooEKTIle; : receiver arrooocril : efficiency arrooocril : performance auooocril : yield arrooocril aVTA.fae; : pump efficiency arrooocril EKrrolJrrrle; : emission

efficiency

70

orroooO"Il 9EPI-I1Ktl : thermal efficiency orroooO"Il IO"XUOS : power output orroooO"Il O"XET1Ktl : relative efficiency orroooO"Il UOPOUA1Ktl : hydraulic

efficiency orroooO"Il WO"TIKtl : propulsive

efficiency orroooTIKOS : efficient orroooTIKOTIlTO : efficiency orroooTIKOTIlTa apoEUO"IlS : irrigation

efficiency orroooTIKOTIlTa OIaV0l-ltlS : distribution

efficiency orroooTIKOTIlTa OIKTUOU I-IETa<popas :

conveyance efficiency orroooTIKOTIlTa OIKTUOU I-IETo<popas :

field canal efficiency orrooOTIKOTIlTa E<pOPI-IOytlS : field

application efficiency orroooTIKOTIlTa XPtlO"IlS VEPOU : water

use efficiency orrOOOXtl : acceptance Orr09EI-IO : reserve Orr09EI-IO : stock orr09£l-IoTa urroYEfwv VEPWV : ground

water supplies orro9EO"Il : deposit orr69EO"Il : dump orro9EO"Il OMOUj310Ktl : alluvial

deposits Orr09tlKEUO"Il : storage orroKAEIO"TIKOS : exclusive OrrOKAIVOV OKPO<pUO"IO : diverging

nozzle orroKAIO"Il : declination orroKAIO"Il : deflection orroKAIO"Il : deviation orroKAIO"Il : divergence orroKAIO"Il : variation orroKoMIlO"Il OPIOKtlS O"Tlj3aoos :

boundary layer separation OrrOKOrrtl : cut - off OrrOKPlll-IVOS : steep OrrOAUI-IOvO"Il : disinfection OrrOAUI-I0VTIKO : disinfectant orroAuTOS : absolute OrrOl-laKpuvO"Il oKo9apTwv uoaTwv :

!\e~IKO YOpOreXVIKWV OpWV

removal of waste water orrovEpo : wastewater orrovEpo rrAofou : wake orrovlTporrofllO"Il : denitrification orrovlTpwvw : denitrate orro~llpofvw : dry orro~tlPovO"Il : desiccation orro~tlPovO"Il : drying orroppll-Il-IO : waste orroppfl-ll-lOTa : garbage orroppfl-ll-lOTO : refuse orropp11-II-IOTa : waste products orroppfrrTw : reject orropplIVIl : ejection orropplIVIl : refuse orroppotl : run-off orroppotl ETTI<pOVEIOKtl : surface

run-off orroppotl UOOTOS : discharge of water orroppo<ptlo"EWS 1-1£0"0 : absorber orroppo<PIlO"Il : absorption orropp°<PIlO"Il Eoa<Pous:ground

absorption orroppo<PIlO"Il UOOTOS : absorption of

water orroppo<PIlTIKOTIlTo : absorption orroppo<pw : absorb orroppurrovTIKo : detergent orroO"a9pwO"Il : crumbling orroO"a9pwO"Il rrETpWlJaTOS : rock -

weathering orroO"j3EO"Il : attenuation orroO"j3EO"Il : damping orroO"j3EO"Il : fading orroO"j3EO"TtlPOS OUVOIJIKOS : dynamic

damper orroO"TaYIJ£VO uowp : distilled water orroo"Ta~w : distil orroO"ToO"Il : distance orroO"ToO"Il YWVIaKtl : angular distance orroO"TaO"Il OPI~OVTIO : plan range orroO"TOAtl : assignment orroo"Tpoyyf~w : drain orroo"TpaYYIO"Il : drainage orroo"TpaYYIO"Il : draining orroo"TpaYYIO"Il Eoa<pous : soil

drainage

EYE 2000

OlToeJTpaYY1eH1 ElTIq>aVElaKI'l : surface drainage

olToCnpaYYICHlKOe; oywyoC;, OEUTEPEUWV : subsidiary drain

olToO"uvaSpoloTI : disaggregation OlTOO"UVOEW : disconnect alToO"uvSEO"Il : decomposition alToO"uvSEO"Il : disintegration alTOTEAEO"j.la : effect alTOTEAEO"j.la : outcome OlTOTEAEO"j.la : result alTOTEAEO"j.la : score alTOTEAEO"j.la SEpj.laVTIKO : heating

effect OlTOTEAEO"j.laTIKOc; : effective alToTEAEO"j.laTiKOTIlTO : effectiveness alToTEAEO"j.laTIKOTIlTa : efficiency alTOTOIJEC; aKTEC; : cliffs alTOTOIJOC; : steep alTOTUxfa : failure olToq>aO"Il : decision alToq>oO"Il O"TaTIO"TIKI'l : statistical

decision OlTOXETEUO"Il : sewage alTOXETEUW : drain OlTOlj.IIAWTI'lC; : grazer alTWAEla : loss alTWAEla j.lETaooO"IlC; : transmission

loss OlTWAEla lTopaywyl'lc; : loss of output OlTWAEla O"Uj.llTIEo"EWC; : loss of

compression (IlTWAEla Tpl!3l'le; : frictional loss OlTWAEIEC; olappol'lc; (alTo aVElTEVOUTa

KavaAlo) : seepage losses CIlTWAEIEC; EVEPYElac; : energy losses OpmOj.lETpO : areometer opofwO"Il : dilution opafwO"Il olaMj.laToc; : dilution of a

solution apyfMlo : aluminium (AI) apyfAAlo : aluminum apYIAOC; : clay apYIAwoEC; o"Tpwj.la : clay pan apyupoc; : argentum (Ag) apyupoC; : silver apOEUO"Il : irrigation

apOEUO"Il ElTIq>avElaKI'l : surface irrigation

71

apoEUO"Il j.lE aUAaKla : furrow irrigation apoEUO"Il j.lE oUAaKla : irrigation

through furrows apoEUO"Il j.lE KaTalovlO"IJO : irrigation by

sprinkling apoEUO"Il j.lE KaTalovlO"IJO : sprinkler

irrigation apoEUO"Il IJE KOTaKAuO"Il : flooding

irrigation apoEUO"Il IJE KaTaKAuO"Il : irrigation by

surface flooding apoEUO"Il IJE AwpfoEC; : border irrigation apoEUO"Il IJE AwpfoEC; : border strip

irrigation apoEUO"Il IJE O"TayOVEC; : drip irrigation apoEUO"Il IJE O"TaYOVEC; : trickle

irrigation apoEUO"Il IJE TExvllTI'l !3poxl'l : sprinkler

irrigation apoEUO"Il UlToYEla : subirrigation apoEUTIKOC; aUAaKac; : furrow apSpwO"Il : joint apISIJIlTI'lC; (KAaO"lJaTOC;) : numerator apISIJIlTIKOC; : numerical apISIJIlTIKOC; IJEO"OC; opoC; : arithmetic

mean apISIJOC; Reynolds TOlTlKOC; : local

Reynolds number apISIJOC; SETIKOC; : positive number apISIJOC; KalJlTuAIlC; : curve number aplSlJoc; KpfO"llJoC; : critical number apISIJOC; KUIJOTOC; : wave number apISIJOC; IJlyaolKoc; : complex number apISIJOC; lTpaYlJaTiKOC; : real number apISIJOe; Tuxafoc; : random number aplO"Toc; : optimal aplO"Toc; : optimum apvllTIKI'l OIWVUIJIKI'l KaTOVOlJ1'l :

negative binomial distribution apvIlTIKOC; : negative apoO"Il : plowing apoTpo : plough apoTpo : plow apTEO"IaVOC; : artesian apTloc; (lTl\fJPIlC;) : complete

72

apTIO~ apl9llo~ : even number apXrl : origin apXrl : principle apXrl : start apXrl OP1aKrl : marginal principle aC1I3EC1ToAI9IKo~ : calcareous aC1I3EC1ToAI9IKo~ : chalky aC1I3EC1ToAI90~ : limestone aC1'llTTIKO~ : aseptic aC19EVrl~ : weak aC19EVrl~ VOIlO~ TWV IlEyaAwv

apI91lwv : weak law of large numbers

aC1K'lC1'llTlEC1EW~ : pressuring aC1C1o~ : ace aC1Ta9rl~ pOrl (Il'l lloV11l'l) : unsteady

flow aC1TEpoEIOEf~ : asteroids aC1ullllETpfa : asymmetry aC1UlllTiEC1T'l pOrl : incompressible flow aC1UlllTiEC1To : incompressible aC1UlllTlEC1ToT'lTa : incompressibility aC1UlllTTWTlKO~ : asymptotic aC1uvEXEla : discontinuity aC1UVEXrl~ : discontinuous aC1uC1xtTlC1TE~ TuxaiE~ IlETaI3A'lTE~ :

uncorrelated random variables aC1uC1xtTlC1To~ : uncorrelated aTllo~ : fume aTllo~ : steam aTllo~ : vapour aTllo~ uypo~ : wet steam aTllo(1(parpa : atmosphere aTlloC1<palpIKo~ : atmospheric au9aipETo~ : arbitrary auAaKa~ : canal auAaKa~ : ditch auAaKa~ : furrow auAaKa~ apowTIKO~ : irrigation ditch auAaKI apOC1'lC; : furrow aU~'lC1'l : increment au~ouC1a C1UVapT'lC1'l : increasing

function aUToypa<pIKoc; : self-recording aUToolaKUllaVC1'l : autocovariance aUToKa9ap1C1lloc; : self purification aUTolTaAlvOpollwv : autoregressive

!lE;~IK6 YOpOTE;XVIKWV 6pwv

aUTOlTEplC1TP0<Prl : auto - rotation aUToC1uC1XtT1C1'l : autocorrelation aUToTpo<pO~ : autotrophic a<puoaTwvw : desiccate a<puoaTWC1'l : desiccation axvapi : pattern

B

l3a9'l C1U~UYrl : conjugate depths l3a91a olrl9'lC1'l : seepage l3a91llaio~ : gradual l3a91lioa : gradient l3a91l0i EAw9Epiac; : degrees of

freedom l3a9IloAoy'lC1'l : rating l3a91l0Aoyia : grading l3a91l0Aoyia : score l3a9IloVOIl'lC1'l : calibration l3a91l0vollw : calibrate l3a9llo~ (E~iC1WC1'lC;) : degree l3a9llo~ (Ilovaoa IlETP'lC1'lC; ywvia~) :

grad l3a9lloc; aKpll3Efac; : degree of accuracy l3a9llo~ alTOOOC1'l~ : degree of

efficiency l3a9lloc; I3paC1llou xall'lA6~ : low

boiling point l3a9llo~ OIlOlollop<piac; : degree of

uniformity l3a9llwTo~ : scalar l3Ci9oC; : depth l3a90~ KavovlKo (OIlOIOJ,lOP<po) :

normal depth l3a90u~ KaTaypa<pEac; : depth recorder l3a90uc; IlETP'lC1'l : depth measuring l3a9uvw : deepen l3aKIAo~ : bacillus l3aKTrlPlo : bacterium l3aAl3ioa : valve l3aAl3ioa aVTElTIC1TPO<p~C; : check valve l3aAl3ioa aVTI1TA'lYllaTIK~ : relief valve l3aAl3ioa aC1<paAIC1TIKrl : safety valve l3aAl3foa aUTopu91l1~oIlEV'l : self

regulating valve l3aAl3ioa EYXUC1'lC; : injection valve l3aAl3ioa E~aywYrl~ : outlet valve

EYE 2000

(3aA(3loa KaWKAUcH:WC; : flooding valve (3aA(3loa j.lE oHl<ppayj.la : diaphragm

valve (3aA(3loa j.lE uEwAou15a : butterfly

valve (3aA(3I15a pU9j.lIO'TIKrl : regulating valve (3aA(3loa O'CPOlPIKrl : globe valve . (3ava : shut off gate valve (3ava : sluice valve (3ava EAtyxou : control valve (3aptAI 30 yaAov((Alv : keg (3apJoypaj.lj.la : variogram (3apoypacpoc; : barograph (3apoypa<poc; CPOPIlTOC; : barograph

portable (3ap09Epj.loypacpoc; : barothermograph (3ap0j.lETpIKOC; : barometric (3apOj.lETpo : barometer (3apOj.lETpo u15papyUPIKO : mercury or

mercurial barometer (3apoc; : weight (3apoc; EI15IKO : specific weight (3apouAKo : winch (3apuTllw : gravity (3apuTllw EIOIKrl : specific gravity (3apUTOj.lETPO : gravimeter (3aO'Il OE~aj.lEVrlc; : reservoir base (3aO'Il EK O'KUP015tj.laTOC; : concrete

foundation (3aO'IKoc; : basic (3aO'lKOC; : fundamental (3acpElo : dye house (3a<prl : dye (3t(3010 YEYOVOC; : certain event (3E(301OTllw : certainty (3EAova : needle (3EAovll Ej.l(3a150j.ltTPOU: tracer of

planimeter (3tATlO'TIl aj.lEpoAIlUTIl ypaj.lj.lIKrl

EKTIIJrlTpla : Best Linear Unbiased Estimator (BLUE)

(3tATIO'TIl U15paUAIKrl 15IaTOj.lrl : best hydraulic section

(3EATIO'TOUOIIlCYIl : optimization (3tATIO'TOC; : optimal (3EATIWO'Il : reclamation (3Ev9IKOC; : benthic

(3tv90C; : benthus (3rlj.la : footstep ~rlj.la : pace (3rlj.la : step (3rlj.la XPOVIKO : time step

, (3la~w : force (3loAoYIKOC; : biological (3loj.la~a : biomass (3loO'uO'O'wpwO'Il : bioaccumulation (3loXIlj.lIKwC; aUalTOUIJEVO o~uyovo :

73

biochemical oxygen demand (BOD) (301l9IlT1KoC; : ancillary (3op(3opoc; (Aacyull) : mud (3op(3opoc; (AaO'ull) : sludge (3opEla (EUlp.) : northerly BopEla 0aAaO'cya : North Sea (30pEIOaVaToAIKOC; : north-east (30PEI0C; : north (30PEI0C; : northern (3oppac; : north (3oTO'aAo : pebble (3ouAlayj.la : sinking (3ouAla~w : sink (30UAOKtPI : sealing wax (30UAOKtPI : spanish wax (3ouAwvw : seal (30UPKOC; : mire (30UPKOC; : ooze (30UPKOC; : silt (30UPKOC; : slime (30UPKOC; : sludge (3ouTIlXTrlC; : diver (30UTW : dive (3paotwc; : slow (3pa~w : boil (3paO'j.lOc; : boiling (3paO'Trlpac; : boiler (3paxiovac; aVTMac; : pump handle (3paXlovac; ull15aMou : rudder arm (3paxoc; : rock (3paxuup09EO'!.IOC; : short dated (3paxuc; : short (3paxw15llC; : rocky (3pOVTrl : thunder (3PoXEPrlllj.ltpa : rainy (3poxtc; KaTappaKTW15EIC; : torrential

rains

74

I3pox~ : rain I3pox~ : rainfall I3pox~ olaAEIlTOucra (KaHl OlaAEII-II.IO-

Ta I3pox~) : intermittent rain I3pox~ ouvaT~ : heavy rain I3pox~ EAaq>pa : light rain I3pox~ opoypaq>IK~ : orographic rain I3pox~ payoafa (OUVT0I-Ill) : shower I3pox~ TExvIlT~ : sprinkler rain I3pox~ TOTTlK~ : local rain I3pox~ XEll-lapPWOIlS : cloud-burst I3pox~ ljJlM : drizzle I3pox~s TToooTIlTa : amount of rainfall I3poX0I-IETPO : rain gauge I3poxovEpo : rainwater I3poxoTTTwoll : rainfall I3poxoTTTwoll ETllofa : annual rainfall I3poxos : loop I3poxos UOTEPIlOIlS : hysterisis loop l3u9f~w : founder l3u91oll : diving l3u91oll : foundering l3u91oll : immersion !3u9loll : sinking !3u910l-la : draught l3u910l-la I-IEYIOTO : maximum draught l3u91ol-la I-IEOO : mean draught !3u910l-la TTAofou : draught !3u910l-la TTpul-lvafou : aft draught l3u910l-la TTpwpafou : forward draught l3u90ypaq>1l01l : depth recording l3u90ypaq>os : depth recorder l3u90KoPlloll : dredging l3u90KopoS : drag boat l3u90KopoS : dredger !3U90KOPOS avappoq>IlTIK~ : suction

dredger !3u90KOPOS AaoTTIlS : mud dredger !3U90KOPOS I-IE aVTAfa : dipper dredger !3U90KOPOS 1-1£ apTTayl'i : grap-dredger !3u90KOPOS 1-1£ o£~al-l£VES : hopper

dredger l3u90KopoS 1-1£ xwpo IAlIoS : hopper

dredger l3u90KopoS I-IETa Kaowv : bucket

dredger l3u90KopoS TTOTaI-lWV : river dredger

1IE;~lKo YOP0TE:XVIKc!W OpWV

l3u90Kopou aVTAfa : dredger pump l3u8oKopou KouTaAa : scoop l3u80Kopou (POPTlWfoa : dredger's

lighter !3U90KOPW : dredge l3u90I-lETPIlOIl : depth measurement l3u9ol-l£TPO : depth finder l3u9ol-lETpO : depth gauge l3u9ol-lETpo : depth meter l3u9ol-lETpO : sounding l3u90S : bottom l3u90S al-ll-lWOIlS : sandy bottom l3u90S I3paxwollS : rocky bottom l3u90S 9aAc'ioollS : sea bottom l3u90S AaoTTwollS : muddy bottom l3u90S 1-1£ q>uKla : weedy bottom l3u90S xaAIKwollS : pebbly bottom l3uTfo : cask l3uTfo : citern l3uTfo : drum

r YaJwollS : earthy yaAapfa : gallery yaAovl : gallon yapl-ITTl'is : south - west wind y£yovoS : event y£yovoS : fact y£yovoS oTTavlo : rare event y£yovoS OUV9ETO : composite event Y£YOVOTa av£~apTIlTa : independent

events Y£YOVOTa aoul-ll3fl3aoTa : mutually

exclusive events y£vEwpa (ypal-ll-ll'i) : generating line y£vET£lpa ouvapTlloll : generating

function y£vfKwoll : generalization V£VIKI'i Taoll : drift V£VIKOS : general y£vvl'iTpla 90pu13ou : noise generator y£vvl'iTpla 0lll-laTWV : signal generator v£pavos uopauAIKos : hydraulic crane YEq>upa : bridge VEq>upa I-I£Taq>Epouoa : bridge

transporter

EYE 2000

YEwavTiKA.IVO : geoanticline YEWypacPIKO O'UO'TI1J.1Ol TTA.I1POCPOplI.i.Jv

: geographic information system (GIS)

YEw9EPIJia : geothermy YEw9EPIJIKoC; : geothermal YEwA.oyia : geology YEWA.0YIKOC; : geological YEWIJETPIlC; : geometer YEWIJETPIlC; : geometrician YEWIJETpfa : geometry YEWIJETPIK~ KaTaVOIJ~ : geometric

distribution YEWIJETPIKOC; : geometrical YEWIJETPIKOC; IJtO'OC; opOC; : geometric

mean YEWlJopq>oA.oyia : geomorphology YEwTTovia : agriculture YEWTTOVIKOC; : agricultural YEWTTOVOC; : agriculturist YEwPyia : agriculture YEWPYIKOC; : agricultural YEWTPIlO'Il : bore YEWTPIlO'Il : drill YEWTPIlO'Il OOKllJaO'TIK~ : exploratory

(test) boring YEwTplmavo : drilling machine YEwTplmavo : earth auger YEWq>UO'IK~ : geophysics Yll (0 TTA.aV~TIlC; YIl) : earth Y~IVIl 9EPIJoKpaO'ia : earth

temperature Y~IVOC; : terrestrial Y~TTEOO : ground Y1VOIJEVO (lJa9.) : product YIVOIJEVO ~a9lJwTo : scalar product YIVOIJEVO olavuO'lJaTIKO : vector

product YIVOIJEVO IJEPIKO : partial product YIVOIJEVO HAlKO: final product yAiO'TPlllJa : slip yAIO'TPW : slip yAUKO VEPO : fresh water YVEUO'IOC; : gneiss YVEUO'IOC; TTPWTOYEV~S : fundamental

gneiss yvwlJovac; : rule

75

YVWIJOvas : straight edge YOVIJ.lOH1Ta EooqJOUC; : soil fertility ypmyoAE!3ovTEC; : East-North-East wind ypaiyoc; : North-East wind ypmyoTpalJOUVTova :

North-North-East wind ypalJlJtc; po~C; : flow lines ypalJlJ~ : line ypalJlJ~ EvtpYElac; : energy grade line ypalJlJ~ IO'OU OUValJlKOU :

equipotential line ypalJlJ~ po~C; : streamline ypalJlJ~ uopauAIK~ : hydraulic grade

line ypalJlJlKOC; : linear ypalJlJlKOTIlTa : linearity ypavITIlC; : granite ypaO'iol : grass yuopoa : yard ywvia : angle ywvia : corner ywvia KaToAi0'91l0'IlS : gliding angle ywvia TTapaAAaKTIK~ : parallactic

angle ywvia mtO'Ewc; : pressure angle YWVIO~W : square ywvlaK~ !3aA~foa : angle valve ywvlaKoc; : angular

A

om<TuAloc; : annulus oaKTuAloC; : collar oaKTuAloC; : eye oaKTuAloS : ferrule oaKTuAloC; : ring oaKTuAloC; : sleeve OOTTEOO : floor 000'0C; : forest 000'0C; : wood OEOOlJtva : data OEOOlJtva IJIl ETTE~EpyaaIJtva : raw

data oEiYlJa : pattern oElYlJa : sample oElYlJa : specimen oEiYlJa Tuxaio : random sample

76

i5EIYl.laTo.MITTTrI~ : sampler i5EIYl.laTOAI1lJl1a : sampling i5EIYl.laTOAI1lJl1a Tuxala : unrestricted

sampling i5EIYl.laToAoYlo : pattern book i5EIYl.laToAoYlo : sample book i5EIYl.laToAoylO : sample collection i5EIYl.laToO'uAAEKTI1~ : sampler i5EIKVUW : indicate i5EIKvuW : point out i5EIKVUW : show i5dKTI1~ : index i5dKTI1~ : indicator i5dKTI1~ : pointer i5dKTI1~ aAKaAIKOTI1Ta~ : alkalinity

indicator i5EIKTI1~ i5109AaO'I1~ : refractive index i5dKTI1~ VOl1l.1oO'UVI1~ : intelligence

quotient (IQ) i5EIKTI1~ O'T091.111~ : stage indicator i5EIKTI1~ O'UI.ITTEPIq>OPO~ TI1~ po~~ :

flow-behavior index i5EIKTI1~ O'UVOX~~ : consistency index i5EKai51K~ avaypaq>~ : decimal notation i5EKai5lKo~ : decimal i5EKai5lKo~ apl9l.1o~ : decimal number i5EKaETla : decade i5EKOAITPO : decalitre i5EKOI.IETPO : decameter i5EKaTTEV9~I.IEPO : fortnight i5EKaToAITpO : decilitre i5EKaTOI.IETPO : decimetre (dm) i5tKTI1~ : receiver i5EATIO : bulletin i5EATlo avaq>opo~ : report i5EATlo KaJPOU : weather report i5EATIO I.IETEWpoAoYIKO :

meteorological bulletin i5Evi5poypal.ll.la : dendrogramm i5E~aI.lEV~ : cistern i5E~aI.lEV~ : dock (repair) i5E~aI.lEV~ : reservoir i5E~aI.lEV~ : tank i5E~aI.lEV~ TTETpEAalou : oil tank i5E~aI.lEV~ pu91.110'11~ O'T091.111~ : lock i5E~IO~ : right i5E~IOO'TpOq>O O'XOlVI : plain-laid rope

lIE:c;lKO YOpOTE:XVIKWV OpWV

i5E~IOO'TPOq>O~ : clockwise i5tO'l.I11 : bundle i5tO'l.I11 Ui50TIVI1 : water jet i5tO'l.I11 q>WTO~ TTapoAA.,AI1 : parallel

beam (of light) i5tO'I.II1~ apXElo : batch file i5WTEPEuWV : ancillary i5WTEPEuWV : secondary i5WTEp013091.110~ : quadratic i5EUTEPO~ : second i51a13091.110'11 KOKKOI.IETPIK~ :

granulometric graduation i5lol3aO'I1 : passage i51013aO'I1 : transit i5Jal3pox~ : soaking i5lal3pox~ : watering i5lal3pox~ : wetting i5lal3pwl.ltvo~ : corroded i5lal3pwl.ltvo~ : pitted i5lal3pwvw : corrode i5lol3PWO'I1 : corrosion i51013pwO'I1 : erosion i5lol3pwO'I1 : pitting i51013PWO'I1 : scouring i5lol3PWO'I1 aJOAIK~ : wind erosion i51013PWO'I1 Ei50q>OU~ : soil erosion i5lol3pwO'I1 XI1I.1IK~ : chemical corrosion i5lal3pwO'll.IOTl1ra Ei50q)QU~ : soil

erosibility i5JaI3PWTIKO~ : corrosive i5loypal.ll.la : graph i5loypal.ll.la i5tVTPOU : tree diagram i510ypal.ll.la EAtyxou : control chart i510ypal.ll.la EAEyxou TTOI6Tl1ra~ :

quality control chart i5loypal.ll.la AOYIKO

(TTpoypal.ll.laTIO'I.I0t;) : flow chart i5loypal.ll.la po~~ : flow diagram i5Jai5lKaO'la : process 15101500'11 : propagation 15101500'11 KUI.I0TWV : propagation of

waves 15101500'11 KUI.I0TWV : wave propagation i5l0i5pOl.l0~ O'KETTaO'TOt; : gallery

passage i5109EO'I1 : disposal 15 Ja9tO'I 1.1 11 EvtpYEla : available energy

EYE 2000

0108tO'l\-lil uypoC1fo : available water 0108tC1I\-10 v£po : available water 0108tC1I\-10~ : available 01(l8AoC11l : diffraction 01(l8AoC11l : refraction OIOK£KPI\-ltvo~ : discrete OHlK£VO : clearance OlClK£VO : gap Ol(lK£VO otpo~ : air-gap oloKAooou\-I£vo~ : branched oloKAooou\-I£VO~ C1wMvo~ : branched

pipe oloKAoow : branch oloKAoOWC11l : by pass OIOKOrrrl : interruption OloKOrrrl : stoppage OloKOrrrl : switch-off OloKorrrl C1uvtX£IO~ : discontinuity oIOKOrrTO\-l£VO~ : intermittent oloKorrTw : break oloKorrTw : cut off oJaKorrTw : discontinue oJaKorrTw : interrupt oJaKorrTw : switch oloKorrTwv KUTIO : switch board oJaKpfvoUC10 C1uVOPTIlC11l :

discriminant function OIOKPlTrl KaTOVO\-lrl Trl80VOTIlTa~ :

discrete probability distribution OIOKPlTrl TUxofo \-Iuol3AIlTrl : discrete

random variable OIOKPITrl TUxofO \-Iuol3AIlTrl : discrete

random variable oJaKplTorrofllC11l C1£ KOVV0130 :

discretization OJaKPITO~ : discrete OIOKPITO~ xwpo~ o£IY\-IaToAIll!Jfo~ :

discrete sample space OIOKU\-IOVC1£I~ (puTfo£~ 80AoC1C10~) :

ripples OIOKU\-IOVC11l : fluctuation OIOKU\-IOVC11l : oscillation OIOKU\-IOVC11l : variance OIOKU\-IOVC11l rrf£C1Il~ \-1£ TO XPOVO :

time fluctuating pressure OloA£I\-I\-IO : interval oloA£I\-I\-IO : pause

oloA£frrwv : intermittent oloA£lrrwv 8£P\-IorrfoOKo~ : geyser oloAoYrl : sorting oloAu\-Io : solution oloAu\-Io £OO<pIKO : soil solution oloAu\-Itvll oUC1fo : solute oloAuC11l : dismantling oloAuTO~ : soluble oloAuTOTIlTa : solubility OIO\-l£C11l TI\-Irl : median 010\-l£C10~ : intermediate OIO\-l£TPO~ : diameter

77

OIO\-lUPO~ £v£PYrl : effective diameter OIO\-l£TPO~ OVO\-lOC1TIKrl : nominal

diameter OIO\-lOP<PWC11l : formation OIO\-lOP<PWC11l : modulation OIOVO\-lrl : distribution OIOVO\-lrl v£pou : water delivery 010VUC1\-10 : vector 010VUC1\-10T1Krl rrpoC18£C11l : vector

addition 010VUC1\-10TWV YIVO\-l£VO : vector

product olorr£pOTO\-lUPO : permeameter oJarr£poTo~ : permeable olorr£poTo~ : pervious olorr£pOTOTIlTa : permeability olorr£pOTOTIlTa : transmissivity olorr£pvw : permeate oJarrAoTUVC11l : widening olorrAou~ : passage olorrv0rl : transpiration olorroTf~w : impregnate oIOrrOTIC11l : impregnation 010rrOTIC1\-10~ ~uA£fo~ : wood

impregnation 010p8PWC11l : structure OIOPK£IO : duration OIOPK£IO I3POXrl~ : rainfall duration OIOPKrl~ : permanent OIOPKW : last OIOpptW : leak oJapptwv : leaky OloPPIlYvUW : break oJapporl : leakage OIOPPOrl : seepage

78

OlappOrl ElTI<paVElaKrl : surface leakage

olaO"rropo : dispersion olaO"rropo : spread olaO"rropo OEfVl-'aTo~ : sample

variance olaO"rropo 1JI"1xavIKrl : mechanical

dispersion olaO"raATIKo PWO"TO : dilatand fluids olaO"raATo~ : dilatable olaO"raATo~ : expansible Olao"TOo"EI~ : dimensions Olao"TOo"EI~ EVKOPo"IE~ : transverse

dimensions oloO"raO"I1 : size oloO"raO"I1 : dimension olaO"TaTIKrl avoAuO"I1 : dimensional

analysis olaO"raTIKo~ : dimensional olaO"TaupwO"I1 : cross olaO"raupwO"I1 : crossing olaO"raupwO"I1 ~wwv : cross breeding olaO"TEMw : dilate OloO"TI11-'a : interval OloO"TI11-'a : space OloO"TI11-'a El-'lTIo"TOO"UVI1~ : confidence

interval OloO"TI11-'a KAOO"I1~ : class interval olaO"Tl1l-'ol-'ETPO : distance finder olaO"ToM : dilatation olaO"ToArl : expansion olaO"ToM eEPl-'lKrl : thermal expansion olora~11 : disposition OlaTapO~EI~ : oscillations OlarapO~EI~ : perturbations olaTapaXrl : disturbance olaTapaXrl eaAoO"O"I1~ : sea

disturbance oloraO"I1 : strain OlaTEI-'VW : intersect olaTrlPI1O"I1 : conservation OlaTrlPI1O"I1 : maintenance olaTrlPI1O"I1 : preservation OlaTrlPI1O"I1 EVEpVEla~ : conservation of

energy OlaTI1PW : conserve OlaTrlPW : keep

!\8~IKO YOpOT8XV1Kc!W OpWV

OlaTl1pw : maintain OlaTI1PW : preserve OlaTI1PW : retain OloTl-'l1O"I1 : shear OlaTOl-'rl : cross-section OlaTOl-'rlrrapoXrl~ : discharge

cross-section OIaUVEIa : limpidity olauVEla : transparency ofauAo~ : channel ofauAo~ : canal ola<povEla : transparency ola<pavrl~ : diaphanous ola<pavrl~ : transparent ola<popo : difference ola<poplKrl E~fo"WO"I1 : differential

equation 0la<pop1Krl E~fo"WO"I1 (I-'EPIKrl) : partial

differential equation OIa<pOPIKrl E~fo"WO"I1 (O"uvrlel1~) :

ordinary differential equation ola<poplKo : differential ola<poplKo OAIKO : differential total ola<poplO"I1 : differentiation OIO<pOPO~ : various olo<ppaVl-'a : diaphragm olo<ppaVl-'a : shutter OIa<pUVrl : leakage ola<puAa~11 : preservation ola<puAa~11 : safekeeping ola<puAoO"O"W : preserve ola<puAoO"O"W : protect ola<puAoO"O"W : safeguard ola<puAoO"O"W : save ola<pwvfa : disagreement olaXEfplO"I1 EOO<pOU~ : soil

management olaxEfplO"I1 ElTIO"TI11-'OV1Krl : scientific

management olaXEfplO"I1 AEIToupvfa~ : operational

management OlaxEfplO"l1rrEpll3oMovTo~ :

environmental management olaxEfplO"I1 <pUTIKWV urrOAEll-'l-'ClTWV :

crop residue management OIClXUO"I1 : diffusion OIClXUO"'l I-'OplaKrl : diffusion molecular

EYE 2000

olaxuO"Il IJOPIOKI'j : molecular diffusion OIOXUTrle; : diffuser ololaO"TOTIl KOTOVOlJrl : bivariate

distribution OltYEPO"Il TrEoiou : field excitation OltYEPO"Il wO"TlKrl : impulse excitation OltYEPO"Il WO"TlKrl : shock excitation OIEiO"ouO"Il : penetration OIElO'OUO"I0IJETPO : penetrometer OIEIO'OUW : penetrate OIETrl<pavElo : interface OIEpyoO'io OVTIO"TPETrTI'j : reversible

process OIEPYOO'IO IJIl OVTlO"TPETrTI'j :

irreversible process olw9tTIl0'1l TrEOlvI'je; KOITIle; :

embankment of valley bed olw9tTrlO'il TrOTOIJOU : training olw9uw : adjust olw9uw : dress OlEU9uvO'Il : direction OlEU9uvO"Il EVToAI'je; : statement

address OIEUPUVO'Il : expansion olI'j9,wo : filtrate olI'j9IlO'Il : filtering OII'j91l0'Il : filtration oll19IlO'Il : infiltration olI'j9IlO"Il : percolation OIIl9IlTI'je; : percolator O!1l9IlTIKI'j lKOVOTIlTO Eoa<pOUe; : soil

infiltrability OI1l9IlTIKOe; xapTIle; : filter paper Ol1l91lTIKOTIlTO : infiltration rate Ol1l91lTlKOTilTO Eoa<pOUe; : soil

infiltration Ol1l91lTOIJUPO : infiltrometer OlIl9w : filter OlIl9w : percolate OIIlAEKTPlKI'j : dielectric OIIlXIlTIKI'j pol'j : transonic flow OIKMoo : sluice OIKMoo : valve OIKTUO : net OiKTUO : network OiKTUO OIOVO(.lI'jS VEPOU : water

distribution system

OfKTUO UTrOVOIJWV : sewer system oiVIl : eddy oiVIl : whirl OIVlO'IJOe; : whirling OIVOPPEUIJOTO : eddy currents oioooe; : diode oroooe; : passage oioooe; : port olop9wO'il : adjustment olop9wO'Il : correction OIOXUWTlKOTIlTO : transmissivity omAoue; : double omAoue; : duplex omAoue; XElplO'IJOe; : dual control omAo<poO'IKOe; : double phase oiTroAo : doublet OmU9IJEVOe; : double bottomed o1O'ov9pOKlKOe; : bicarbonate oI0'9EvI'ie; : bivalent oI0"9EvI'ie; : disthene OfO"KOe; : disk OiO'KOe; : tray

79

OiO'KOe; (309IJoJ\OYlllJtvoe; : graduated disc

OiO'KOe; (3oA(3iooe; : valve disc OiO'KOe; olaTPIlTOe; : perforated disc OiO"KOe; EAoO'TlKOe; : rubber disk OiO"KOe; O'TEyovoTIlTOe; : packing disk oluM~w : filter olUM~w : filtrate oluM~w : refine oluAIO'Il : filtering OIUAlO"Il : filtration oluAIO"Il : rectification oluAlO'Il : refining oluAlO'TI'ipoe; : purifier oluAIO"Tl'jpoe; : refiner oIUAlO'TI'ipoe; : strainer oluAIO"TI'iPIO : distillery oluAlO'TI'iPlO : refinery oluAlO"TI'ie; : refiner OI<pOlvuAlO : diphenyl oIXAwpIOUXOe; : dichloride O!XAWpO(3EV~oAlo : dichlorobenzene OH.rJVUI-IIKa KaTOVEI-IIlI-iEVOe;

TrAIl8uO"\.Ioe; : binomial distributed population

80

OIWVUJ.lIKOt;; : binomial OH.i.JpUYO : canal OIWPUYO : open channel OIWPUYO 0POEUTIKf} : irrigation canal OIWPUYO OEUTEPEUOUO'O : secondary

canal OIWPUYO E~OOOU : outlet canal OIWPUYO rrAwTf} : ship canal OIWPUYO O'uppof}t;; : intercepting ditch OOKIJ.lOO'IO : test OOKIJ.lOO'IO : testing OOKIJ.lOO'IO : trial OOKIJ.lOO'fo oTJ.lorrfEO'Ilt;; : steam

pressure test OOKIJ.lf} : trial OOKIJ.lf} : test OOKIJ.lf} : testing OOKIJ.lf} Ko91~1l0'1lt;; : sedimentation test OOKIJ.lf} KEVOU : testing with vacuum OOKIJ.lf} UOpouAIKf} : hydraulic test OOKIJ.lf} urro rrfEO'Il : pressure test OOJ.lf} : structure oovllO'Il : vibration ooXEfo : container opofvo urroYElo : sub - soil drain OpclO'Il : action OpclO'Il : activity OpclO'Il OIaJ3PWTIKf} : corrosive action OpclO'Il XIlJ.lIKf} : chemical action OpOJ.lot;;: way OUOOIKOt;; : binary ou'iO'J.lot;; : duality OUVclJ.lEIt;; ETTlq>OVEIOKEt;; : surface

forces OUVclJ.lEIt;; J.lll O'uVTIlPIlTIKEt;; :

nonconservative forces OUVclJ.lEIt;; O'WJ.lOTIKEt;; : body forces OUV0J.l1l : force OUV0J.l1l OVUIpWTIKf} : lift force OUV0J.l1l OIaTJ.lIlTIKf} : shear force OUV0J.l1l OPI~OVTlO : horizontal force OUV0J.l1l UOpOUAIKf} : hydraulic force OUVOJ.lIKf} : dynamics OUVOJ.lIKf} OlclTaO'Il : dynamic strain OUVOJ.lIKf} E~OTJ.lIO'oOlarrvof} : potential

evapotranspiration OUVOJ.lIKO : potential

/lSS/KO YOpOTSXV/KQW OpWV

OUVOJ.lIKO UOpOUAIKO : hydraulic potential

OUVOJ.lIKOt;; : dynamic OUVOJ.lOJ.lETPO : dynamometer OUVOJ.lOJ.lETPO orroppo<PIlO'Ilt;; :

absorption dynamometer OUVOJ.lOJ.lETPO oUToypa<po : recording

dynamometer . OUVOJ.lOJ.lETPO OIOq>OPIKO : differential

dynamometer OUVOJ.lOJ.lETPO J.lETclOOO'I']t;; :

transmission dynamometer OUVOJ.lOJ.lETPO rropoJ.lopq>wO'Ilt;; :

deformation dynamometer OUVOJ.lOJ.lETPO UOOTOt;; : water

dynamometer OUVOJ.lOJ.lETPO UOPOUAIKO : hydraulic

dynamometer QUVIl (J.lOVclt;; OUVOWIt;;) : dyne OUVIl : vortex ouvllTIKf} E~OTJ.lIO'OOIOTTVOfJ : potential

evapotranspiration oUO'Il : west oUTIlt;; : diver OUTIKOt;; : west

E

EYYEIEt;; J3EATIWO'EIt;; : land reclamation EyypOq>f} O'Ta9Epf}t;; TaxuTIlTat;; :

constant velocity recording EYKclPO'lO O'UVOEO'Il : cross connection EYKclpO'lO rrEolo : cross field EYKclpO'lO O'TPOYYIO'TfJPIO : cross drain EYKclPO'lOt;; : transversal EYKclPO'lOt;; : transverse EYKOTOO'TclO'EIt;; UOPEUO'EWt;; :

waterworks EYKOTclO'TaO'Il : installation EYKOTclO'TaO'Il 9EPJ.l0VTIKf} : heating

installation EYKOTclO'TaO'Il UOpOUAIKf} : hydraulic

installation EYKIJ3WTIO'J.lOt;; : caisson EYKAEIO'J.lO OEPOt;; : air pocket EYXUO'Il : injection EYXUTf}POt;; : injector

EYE 2000

EyxuTllpa~ : syringe EoacplKtl uypaO'fa KaT' OYKO :

volumetric soil moisture EoacplKo lTAtYJla : soil matrix EoacpoavaAuO'Il : soil test EoacpoytvEO'Il : soil genesis EoacpoAoyfa : edaphology EoacpoAoyfa : soil science toacpo~ : ground toacpo~ : soil toacpo~ aKopEO'TO : unsaturated soil toacpo~ aJlJlWOE~ : sandy soil toacpo~ apYIAwoE~ : clayish soil toacpo~ aO'j3EO'TOAI9IKO : calcareous

earth toacpo~ 0PEIVO : mountainous terrain toacpo~ lTIlAWOE~ : loam soil toacpo~ lTIlAWOE~ : silt soil Eoacpou~ alTOppoCPIlTlKtllKaVOTIlTa :

soil infiltration capacity Eoacpou~ opyavwO'Il : ground

organization Eoacpou~ lPEKaO'Ttlpa~ : ground

sprayer topa j3EAovOEIOOU~ j3aAj3foa~ : needle

valve seat topa TIl~ aVTMa~ : pump seating topa TIl~ j3aAj3foa~ : valve seat EOpa~OJlEVO~ alTAW~ : simply

supported EOpa~OJlEVO~ EAEU9tpw~ : freely

supported EIOIKEUJltvo~ : skilled EIOIKO~ : special EIOIKO~ : specific EIKova : image EIO'aywytl : inlet EIO'aywytl : input EIO'aywytl : intake EIO'aywytl : introduction EIO'aywytl uoaTO~ : water inlet EIO'aywytl~ j3aAj3foa aTJlOU : admission

valve EfO'oiSo~ : entrance EfO'oiSo~ : inlet EfO'oiSo~ : intake EIO'oiSou avolYJla : access opening

EIO'POtl : inflow EIO'POtl uiSaTwv : influx EIO'POCPIlO'Il uiSaTo~ : absorption of

water EKaToj3aT : hectowatt EKaTOAlTpO : hectoliter EKaTOVTaj3a9JlIO : centigrade EKaTOVTaJlUpO : hectometer EKaToO'Tlafa avaAoy[a : percentage EKaToO'Tlafo~ ~uyo~ : centesimal

balance EKaToO'To : hundredth EKaTOO'TO ypaJlJlapfou : centigram EKaToO'ToypaJlJlo : centigram(me) EKaToO'TOAITPO : centiliter EKaToO'TOJlUPO : centimeter EKaToO'TOJlUPO KUj3IKO : cubic

centimeter

81

EKaToO'TOJlETPO TupaywvlKo : square centimeter

tKj3aO'Il : outcome EKj30J..t~ lTOTaJlOU : estuary EKj30J..f] : ejection EKj3oJ..f] : jet EKj3oAtlj3lafa uiSaTO~ aTJlOU : jet EKj30AtllTOTaJlOU : mouth of a river tK9EO'Il : report EK9tTIl~ TIl~ iSuvaJlIl~ : exponential of

the power EK9uIKtl KaTaVOJltl : exponential

distribution EK9uIKtl O'uvapTIlO'Il : exponential

function EK9uIKO~ : exponential EK9Mj3w : press out EKKEVW : drain EKKtvWO'Il TEAEfa : drain off EKKEVWTtl~ : escape pipe EKKfVIlO'Il (JlllxaVtl~) : starting EKKfVIlO'Il~ aVTfopaO'Il : starting

reaction EKKIVW : start EKKMvw : deviate tKlTAUJla : leachate tKlTAUO'Il : leaching tKlTAUO'Il : rinsing tKlTAUO'Il EiSacplKou Opf~OVTO~ :

82

eluviation EKTTOAWO"'l : depolarization EKTTOAWTrl~ : depolarizer EKTTOI.ITTrl : emission EKTTOI.ITTrl : transmission EKTTOI.ITTrl avao"TpQ(po~ : back

(reverse )emission EKTTOI.ITTrl aUTOl-laTO~ : automatic

transmission EKTTOI-ITTrl 'lAEKTPOviwv : electron

emission EKTTOI-ITTrl 9EPI-IIOVIKrl : thermionic

emission EKTTOI-ITTrl 9EPI-IOT'lTa~ : heat emission EKTTOI-ITTrl KaTW9uv0I-IEV'l : beam

transmission EKTTOI-ITTrl I-I0VOTTAWP1Krl : single side

band transmission EKTTOI-ITTrl TTAEYl-laTo~ : grid emission EKTTOI-ITTrl TTPWTOYEVrl~ : primary

emission EKTTOI-ITTrl CPWTO'lAEKTPIKrl :

photo-electric emission EKTTOI-ITTO~ : emitter EKTTOVW I-IEAET'l : design EKpOrl : discharge EKpOrl : outfall EKpOrl : outflow EKpOrl~ O"wMva~ : discharge pipe EKo"KaTTTrlpa~ : scraper EKO"KaTTTIKrl I-I'lxavrl : dredger EKO"KacpEa Kaoo~ : bucket EKo"KacpEa~ avappocp'lTIKO~ : hydraulic

dredge EKo"KacpEa~ avappocp'lTIKO~ : pump

dredge EKo"KacpEa~ Tacppwv : trench excavator EKo"KacpEa~ CPPEaTwv : shaft dredger EKO"KaCPrl : excavation EKO"KaCPrl KaJ ETTIXWO"'l : cut - and - fill EKTao"EI~ TTapox9lE~ : riparian lands EKTaO"'l : area EKTaO"'l EAWO'l~ : bog land EKTaO"'l EAWO'l~ : moorland EKTaO"'l AEKaV'l~ aTTOpporl~ :

catchment area EKTaTIKrl IOIOT'lTa : extensive property

EKTII-I'lO"'l : estimation EKTil-l'lO"'l aI-lEpOA'lTTTil : unbiased

estimate EKTII-I'lTrl~ : estimator EKTII-IW : estimate EKTO~WTrl~ TEXV'lTrl~ !3POXrl~

(TTEPlo"TPOCPIKO~) : revolving sprinkler

EKTO~EUTrl~ TEXV'lTrl~ !3POXrlC; : sprinkler

EKTOTTi~w : displace EKTOmUl-la ECPEOPIKO : reserve

displacement EKTO~ EAEYXOU : uncontrollable EKTO~ EI-ITTAOKrl~ : out of gear EKTO~ KUKAWl-laTO~ : off EKTO~ AEIToupyia~ : out of order EKTO~ cpao"Ew~ : out of phase EKTpl!3Ea~ : grinder EKTpoTTEa~ : deflector EKTPOTTrl : deflection EKTPOTTrl : diversion EKXEIAIO"Trl O"TElJI'l : crest of the weir EKXEIAlo"Trl~ : weir EKXUVW aTTo OOXEIOU : pour off EKXUTrlpa~ : ejector EAaO"l-Ia TTETaAoEloE~ : horse shoe

plate EAaO"O"ovE~ aTTwAEIE~ : minor losses EAaO"TlKOT'lTa : elasticity EAaTrlPIO mEo"Ew~ : pressure spring EAaTrlPIO o"TEyavoT'lTa~ EI-I!30AOU :

piston spring EAaTO~ : ductile EAaXIO"Ta TETpaywva : least squares EAaXIO"TOTTOI'lO"'l : minimization EAaXlo"To~ : minimum EAEYXO~ : test EAEYXO~ : check EAEYXO~ : checking EAEYXO~ : control EAEYXO~ aTToooo"EW~ : performance

check EAEYXO~ aTToppocprlo"EW~ : absorption

control EAEYXO~ aUTOl-laTO~ : automatic control EAEYXO~ olappowv : leak detection

EYE 2000

tAf.yXOC; ofm\wpoc; : two-tailed test tAEYX0C; E~ aTToanxaEWC;

(TIlAEXEIPlatJoC;) : remote control tAEYX0C; TTOiOTIlTaC; : quality control tAEYX0C; UYEIOVOtJIKOC; : sanitary

control tAEYX0C; XEIPOKIVIlTOC; : manual control EAEu8EPil KaTaKa81all : free settling EAEU8EPOC; xwpOC; : allowance tAIKa : airscrew tAIKa : propeller tAIKa : screw tAIKac; 6~ovac; : propeller shaft tAIKac; oTToooall : propeller efficiency EAIKoaTpo~IAOC; : turbopropeller tAAmVIl TTEPIOOIKOTIlTaC; : aperiodicity tA~1l ~apuTIlTaC; : gravitation tA~1l TTaYKoatJloc; : universal attraction tAOC; : marsh tAOC; : moor tAOC; : swamp EAOCPUTa : helophytes EtJ~aoo OlaTOtJrlC; : cross section area EtJ~aOOJ.1£Tpla : planimetry EJ.1~aOoJ.1£TpO : planimeter EtJ~aoov : area EtJ~aoov olaypatJtJaToc; : area of

diagram EtJ~aoov KatJTTuAIlC; ETTlcpavE[ac; : area

of a curved surface EJ.1~tAEIO : range ttJ~OAO : piston tJ.1~OAO : ram ttJ~OAO aVUlJ.IWaEwc; : lifting piston tJ.1~OAO uopauAIKou TTlEaTIlP[ou :

hydraulic press ram tJ.1~OAO XatJllArlC; TTltaEwc; : low

-pressure piston EtJ~ptxw : soak EtJ~u8lall : immersion EJ.1TTEIP1Krl TTl8avoTilTa : empirical

probability EtJTTEIPIKOC; : empirical EtJTTEIPIKOC; TUTTOC; : empirical formula EJ.1TT1aTOauvll : confidence EtJTTAOUT[~W : enrich EtJTTAouTlatJoc; : enrichment

EtJTTAOUTlatJOC; : recharge EtJTTAoUTlaJ.1oc; J.1E ~apuTIlTa : gravity

concentration EJ.1TTOOIO : blockage EJ.1TTOOIO : obstruction qlTTopwtJaToKI~wTlO : container EtJTTOT[~W : soak tJ.1cppa~1l : blocking EV aElpa : in series EVaAAaKTlKrl J.1t8oooC; : alternate

method

83

EvaAAaKTIKoc; : alternative EvaMaaa0tJEva ~a81l (uop. aAtJaTOC;)

: alternate depths Evav8paKwail : carbonation EvaTTo8Eall : dumping tvoEI~1l : reading tvoEI~1l : setting EvolatJEaoc; : intermediate Evoo8EptJlKOC; : endothermic EVtpYEIO : action EvtpYEla : activity EvtpYEla : energy EvtpYEla oUVaJ.1IKrl : potential energy EvtpYEla EIOIK., : specific energy EvtpYEIO 8EptJIKrl : thermal energy EvtpYEla tJllxaVIKrl : mechanical

energy EvtpYEla TTEO[OU : field energy EvtpYEla XIltJ1Krl : chemical action EvtpYEla XIlJ.1IKrl : chemical activity EVEPYIlTIKoC; : active EVEPYOTTO[llall : activation EVEPYOTTOIIlTrlC; : activator EVEPYOTTOIW : activate Ev8aATT[a : enthalpy tvvola : concept tVTaall : intensity tVTaall ~pOXrlC; : rain intensity tVTaall TUP~IlC; : intensity of turbulence EVTaTIKoTTo[llall : intensification EVTOArl : assignment EVTOArl : instruction EVT0tJ0KTova : insecticides EVTpoTT[a : entropy EvuoaTwvw : hydrate tvwall awlI.f]vwv : pipe joint

84

EVWO''l X'lI.lIKrl : chemical compount E~ayOI.IEVO : output E~aywYrl : derivation E~aEpIO'I.IOC; : deaeration E~aEpIO'I.IOC; : gas freeing E~aEpIO'I.IOU O'wArlvac; : air pipe E~aEpIO'TIKOC; KPOUVOC; : air cock E~apTrll.laTa : accessories E~apTrll.la1O : fittings E~apTrll.la1O j310WTll : screwed fittings E~apTrll.la1O O'wAf)vwv : pipe fittings E~apT'lI.lEVEC; I.IETaj3A'lTEc; : dependent

variables E~OPT'lO''l : dependence E~aTI.II~W : evaporate E~OTI.IIO''l : evaporation E~aTI.IIO'rlI.lETPO : evaporimeter E~aTI.IIO'rlI.lETPO : pan evaporation E~aTI.IIO'II.IETPO : evaporation pan E~aTI.IIO'oolaTTvOrl : evapotranspiration E~aTI.IIO'oolaTTVOrl OUVal.llKrl : potential

evapotranspiration E~aTI.IIO'oolaTTvOrl OUV'lTIKrl : potential

evapotranspiration E~aTI.IIO'oolaTTvOrl KaAAIEPYElac; : crop

evapotranspiration E~aTI.IIO'oolaTTvOrl KaMIEPYElac;

avacpopoc; : reference crop evapotranspiration

E~aTI.IIO'Trlpac; : evaporator E~Eopa : platform E~IO'OppOTT'lO''l EKXWl.laTwO'Ewv -

ETTlXWl.laTwO'Ewv : equalization of cut and fill

E~IO'WO''l : equation E~IO'WO''l aV'lYI.IEV'l : reduced equation E~IO'WO''l EVEPYEIOC; : energy equation E~IO'WO''l OPl.lrlC; : momentum equation E~IO'WO''l TTaAIVOpOI.I'lO''lC; : regression

equation E~IO'WO''l TTOO'OT'l1OC; K1V'l0''lC; :

momentum equation E~IO'WO''l O'uvExEiac; : continuity

equation E~OOOC; : output E~OOOC; UOaTOC; : water outlet E~uYlavO''l : remediation

!lE;~IKO YOpOmXVIKclJV OpWV

E~UYlavO''l : sanitation ETTaAf)9wO''l I.I0VTEAou : model

validation ETTavaEpIO'I.IOC; : reaeration ETTaVaA'lTTTIKOC; : iterative ETTavoA'llll'l : repetition ETTavoA'llll'l : replication ETTaVaTTArlPwO''l : replenishment ETTavaTOTT09ET'l0''l : replacement ETTavacpopTIO''l : recharge ETTaVaXP'lO'lI.lOTTOI'lO'Il : reuse ETTEKTaO''l : extrapolation ETTEVOUI.IEVIl olwpuya : lined canal ETTEVOUO''l : lining ETTEVOUO''l OX9EWV : revetment ETTEVOUO''l CPPEaToc; : lining ETTE~EpyaO'ia : processing ETTE~EpyaO'la : treatment ETTE~EpyaO'ia EOOCPOUC; : land treatment ETTE~EpyaO'la AUI.I0TWV : sewage

treatment ETTE~EpyaO'la UOaTOC; : water treatment ETTlj3Ej3alwO''l I.I0VTEAOU : model

verification ETTlj3poouvO''l : retardation ETTlj3poouvO''l j3paO'l.Iou : retardation

of boiling ETTlj3poouvO''l TTaMppOIac; : retardation

of tides ETTlopaO''l : effect ETTlopaO''l : impact ETTl9EWP'l0'1l TTEPIOOIKrl : periodic

inspection ETTlKOAUlIl'l : overlap ETTlAEKTIKrl OIEAWO''l : channeling ETTlMI.IVIO : epilimnion ETTlI.IEPIO'TIKrl 1010T'lTa : distributive law ETTITTEOO : plane ETTITTEOO avacpopoc; : datum ETTITTEOO EI.ITTlO'TOO'uVIlC; : confidence

level ETTITTEOO ETTlCPOVEIOC; SaAoO'cr'lC; : zero

level ETTITTEOO OPI~OVTIO : horizontal plane ETTITTEOO TTapoM'lAO : parallel plane ETTITTEOO O''ll.laVTIKOTIl1OC; : level of

significance

EYE 2000

ElTflTEOOC:; : level ElTllTEOOC:; : plane ElTflTAEUUIl : flotation ElTIlTA£W : float ElTIurrll-lll Ecpapl-loUl-ltvll : applied

science ElTIUr0I-lIO : nozzle ElTIUrol-liO EluaywYrlC:; : inlet valve ElTIUrol-liO EKKEvwrlKo : discharge

valve ElTIUrol-liO E~aywYrlC:; : outlet valve ElTIUr0I-lIO Arl4JEWC:; 9aAauufou

uoaroc:; : sea valve ElTIUr0I-lIO Arl4JEWC:; uomoc:; : water

valve ElTIUr0I-lIO urpayyaAlurlKo : throttle

valve ElTIUrol-liO rpocpoOOTIKO : feed valve ElTIrOXUVUIl : acceleration ElTIrOXUVUIl !3apurllrac:; : acceleration

of gravity ElTIrOXUVUIl rOlTlKrl : local acceleration ElTlcpov£la : area ElTlCPOVEIa : surface £lTIcpovEla !3p£xoI-IEVIl : wetted surface £lTIcpovEla EAtyxou : control surface ElTIcpovEla EAEu9EPil : free surface ElTIcpovEla EVEPYOC:; : active area ElTIcpov£la 9aAouullC:; : sea level £lTIcpovEla 9EPl-laVTlKrl : heating

surface ElTIcpovEla IUOQUVal-llKrl : equipotential

surface ElTIcpavElaKrl alTopporl : surface waste ElTIcpavElaKo toacpoc:; : topsoil ElTIcpav£laKo uTpwjJa EOOCPOUC:; : top

soil ElTIXEfPIlUIl : operation ElTIXWUIl : earth fill ElTOXrllTaAalOKalVOC:; : palaeocene

epoch tpya apoEUrlKo : irrigation structures tpya apoEUrlKo : irrigation works £pyaurrlPlo : laboratory EpyaUTrlPlo EPEUVWV : research

laboratory tpyo : work

EPYOOIKOC:; : ergodic EPyoolKorllra : ergodicity £PYOAo!30C:; : contractor

85

EpyoM!3oc:; 0lljJoufwv tpywv : public works contractor

EpyouroUlo lTapaywYrlC:; IlAEKrp. EvtpYElac:; : power plant

EPyOTO~1O : worksite Ept91Ul-la 9EPI-IIKO : thermal effect tpjJa : ballast tpl-la 01-l1-l0U : sand ballast Epl-laTf~w : ballast EpjJaTIUI-l0C:; : ballasting EPl-IllVEfa : interpretation EUWTEPIKrl EvtpYEla : internal energy EUWTEPIKOC:; : intrinsic ETEpoytvEla : heterogeneity ETEPOYEVrlC:; : heterogeneous ETEpOTPOCPIKOC:; : heterotrophic ETrlUlOC:; : annual troc:; OfU£KTO : leap year EUalu91lufa : sensitivity EUalu91lufa opyovou : sensitivity of an

instrument EU9Ela : straight line w9Efa lTaAlvopojJllUIlC:; : regression

line EU9uypojJI-IIUIl : alignment EUKlvllufa 10VTWV : mobility of ions WKAEfoEIO I-ItTPO : euclidian norm WPETrlPIO : index Eupwuroc:; : heuristic EUuTo9Ela : stability wrpocplKoc:; : eutrophic WTpOCPIUjJOC:; : eutrophication £ucpwrll ~WVIl : euphotic zone

:z ~EUyOC:; UTPElTTIKO : couple torque ~I~ovla : weeds ~1~avloKrova : herbicides ~wvll : zone ~wvll ouotTEPIl : neutral zone ~WVIl PI~oUTpwl-laToc:; : root zone ~worpocprl : forage

86

H

'l9IJOC; : filter 'lAEKTPIO'IJOC; 9ETIKOC; : positive

electricity 'lAIKia lTaMppOlac; : age of tides IlAIOC; : sun 'lAIOO'TOO'lO XEIIJEPIVO : winter solstice 'lAIOq>OVEIa : sunshine 'llJlaywyoC; : semiconductor 'lIJIOIOIJETPOC; : semi-diameter 'llJiKAEIO'TOC; : half closed 'lIJIO'q>OIPIKOC; : hemispherical 'lIJIO'q>aiplo : hemisphere 'lIJITOIJIl : half section 'llJiTOVO : sine 'lIJITOVOEIOIlC; : sinusoidal 'llTEIPWTIKO KMlJa : continental climate 'lxoj3oA'lTIlC; : sounder 'lxoj3oAIO''l : sounding 'lWKalVOC; : Eocene

e 90AalJoc; : chamber 90AalJoc; olaO'ToAIlC; : expansion

chamber 90AalJoc; EIO'aywYIlC; (avappoq>'lTiKIlC;

aVTMac;) : inlet chamber 90AaO'O'a : sea 90AaO'O'a aj3a91lC; : shoal 90AaO'O'a IlPEIJ'l : smooth sea 90AaO'O'a KUlJaTW0'lC; : rough sea 90AaO'O'a KUlJaTW0'lC; : very rough sea 90AaO'O'a AEUKIl alTO TOUC; aq>pouc; :

feather white sea 90AaO'O'a Myo TapaYlJtv'l : moderate

sea 90AaO'O'a TPIKUIJIW0'lC; : very high sea 9aAoO'O'Ia q>UTO : weeds 9aAaO'O'Ivoc; : marine 9aAoO'O'Ioc; : maritime 9aAaO'O'olTopOC; : navigator 9aAaO'O'oTapaXIl : sea disturbance 9EIJtAlo : foundation 9EIJEAlwo'lC; : fundamental 9EIJEMwO''l alTO O'KupOOElJa : concrete

foundation 9EpIJaivw : heat 9EpIJaivw : warm 9tplJavO''l : heating 9tplJavO''l OIJEO'OC; : direct heating 9tplJavO''l alTOTOIJOC; : sudden heating 9tplJavO''l 01' ov9paKoc; : heating by

coal fire 9tplJavO''l 01' aVTIO'ToO'EWC; :

resistance heating 9tplJavO''l tIJIJEO''l : indirect heating 9tplJavO''l ElTaywYIKIl : induction

heating 9tplJavO''l 'lAEKTPIKIl : electric heating 9tplJavO''l KEVTPIKIl : central heating 9tplJavO''lIJE aTIJO : steam heating 9tplJavO''l lJ'lxaVIlC; : warming up

engine 9tplJavO''l OlJaOIKIl : district heating 9tplJavO''l OIJOIOIJOpq>OC; : uniform

heating 9tplJavO''l TOU atpoc; : warming the air 9EPlJavTllpac; : heater 9EPlJavTllpac; lTETpEAaiou : fuel oil

heater 9EpIJavTIKIl a~ia : heat value 9EPlJavTIKIlIKavoT'lTa : heat value 9EPlJavTIKIlIKaVOT'lTa 01a9tO'lIJ'l :

available heating value 9EPlJavTIKIlIO'XuC; : heating power 9EPIJavTIKO O'wlJa : radiator 9EPIJoO'Tpa : stove 9EPIJoO'Tpa aKTlvoj3oMac; : radiation

stove 9EPIJoO'Tpa IOVIKIl : ionic - heater 9EPIJoO'Tpa lTETpEAaiou : oil stove 9EpIJIOOIJETpia : calorimetry 9EpIJIOOIJETPIKOC; : calorimetric 9EpIJIOOIJETPO : calorimeter 9EpIJIOOIJETPO ola lToyou : ice

calorimeter 9EpIJIOOIJETPO olaxwplO'TIKO :

separating calorimeter 9EpIJIOOIJETPO IJE aTIJO : steam

calorimeter 9EpIJIOOIJETPO IJE VEPO : water

calorimeter

EYE 2000

9EptJIKrl ETTE~EpyaO"ia : heat treatment 9EptJ1Krl WlxaVIl : heat engine 9EPtJIKo tJtYE90<; : calorific value 9EPtJIKo q>paytJa : thermal barrier 9EptJlKo<; : thermal 9EPtJoav9EKTIKo : thermostable 9EptJo(3a9tJioa : temperature gradient 9EPtJoouvatJIKrl : thermodynamics 9EPtJoKI1TT10 : greenhouse 9EPJ.loKJ\lvrl<; : thermocline 9EPJ.loKpaO"ia : temperature 9EPJ.loKpaO"ia aTToJ\uTIl : absolute

temperature 9EPJ.loKpaO"ia (3paO"J.lou : boiling

temperature 9EPJ.loKpaO"fa E~aEpwo"Ew<; :

evaporating temperature 9EPJ.loKpaO"fa 4JU~EW<; : freezing

temperature 9EpJ.loJ.lETpfa : thermometry 9EpJ.loJ.lETPIKIl KMJ.laKa <DapEvalT :

Fahrenheit scale 9EPJ.loJ.lETPIKo<; : thermometric 9EPJ.loJ.lETPO : thermometer 9EpJ.loJ.lETPO uypo : wet bulb 9EpJ.loJ.lETPO uopapyuplKO : mercury

thermometer 9EPJ.loJ.ll1xavlKrl : thermomechanics 9EPJ.l0J.l0VWTIKo<; : heat insulating 9EPJ.l00"Ta9Epo<; : thermostable 9EPJ.loTIlTa : heat 9EPJ.loTIlTa J\av9avouO"a : latent heat 9EpJ.loTI1Ta<; aywYI1 : heat conduction 9ETIKI1 ETTlO"TI1J.1I1 : applied science 9ETIKo TTpoO"I1J.1o : positive sign 9ETIKo<; : positive 9Ewprwa : theorem 9EwPIlTIKo<; : theoretical 9Ewpfa : theory 9Ewpfa oElYJ.laToJ\l14Jia<; : sampling

theory 9Ewpfa OJ.lOIOTI1Ta<; : similarity theory 911J\la : loop 90J\0<; oupav\O<; : celestial concave 90J\6TI1Ta : turbidity 90pu(30<; : noise 9pauO"J.laTa TTETpWJ.laTwv : rock

fragments 9pETTTIKa : nutrients 9pETTTIKo O"TOIXEio q>UTOU : plant

nutrient 9puJ.lJ.laTlo"J.lo<; : crumbling 9uEJ\J\a : thunderstorm 9uEJ\J\a 10VOO"q>OIPIKIl : ionospheric

storm 9uEJ\J\a J.laYVI1T1Krl : magnetic storm 9upa : door 9upa : gate 9upa (3pao"Trlpa : evaporator door 9upa OIOOOU uoaTwv : lock 9upa OIOOOU uoaTwv : lock gate 9upa O"l1payya<; : tunnel door 9upa o"TEyaVrl : water-tight door

87

9upa UOaToO"TEyavrl : waterproof door 9upa uoaToO"TEyaVrl : watertight door 9upa uoaToq>paKTIl : flood gate 9upfoa : gate 9upioa : port 9upfoa : shutter 9upfoa (3u910"J.ltvll : sluice gate with

drawned outflow 9upioa EIO"aywYrl<; : admission port 9upfoa EKKtvWO"I1<; : clearing port 9upioa EKKtvWO"I1<; : freeing port 9upioa EJ\Eu9EPI1<; EKPOrl<; : sluice gate 9upfoa E~OOOU : exhaust port 9wpaKI0"11 : screening 9wpaKI0"11 J.laYVI1T1Krl : magnetic

screen

laKw(3laVrl : Jacobian 10aviKo atplo : ideal gas Iota: concept Iota: idea 101001avuO"J.la : eigenvector 1010TilTa : property 1010TilTa aVTlJ.lETa9ETIKil :

permutational property 1010TI1TE<; aVaKOTTrl<; : stagnation

properties 1010TltJI1 : eigenvalue i~I1J.1a : deposit

88

f~rJl.Ja : precipitate f~rllJa : sediment l~rll.JoToTTo8EO''1 : sedimentation IKOVOT'1Ta : capacity IKOVOT'1TO oVTaAAoYrle; IOVTWV : ion

exchange capacity IKOVOT'1TO OVUlpWTIKrl : lifting capacity IKOVOT'1Ta OTTOPPOq>rlO'EWe;

8Ep\.JOT'1Tae; : heat - absorption capacity

IKOVOT'1TO 8Ep\.JovTIKrl : heating power IKOVOT'1TO 8Ep\.JovTIKrl : heating value IAu08upfoo : mud hole IAu08upfoo : sludge hole lAUe; : mud lAue; : silt lAUe; : slime lAUe; : sludge lAUe; \.JOAOKrl : ooze IVO'TITOUTO : institute fVTO'O : inch fVTO'O KulllKrl : cubic inch fVTO'O TETPOYWVIKrl : square inch IVWO'1e; : fibrous I~WOEe; : viscosity I~WOEe; OUVO\.JIKO : dynamic viscosity I~WOEe; KlvIl\.JoTIKO : kinematic viscosity I~WOEe; Tup13'1e; : eddy viscosity I~WO'1e; pOrl : viscous flow I~WOO\.JETPO : viscometer IOV: ion IOV 8ETIKO : positive ion IOV uopoyOVOU : hydrion IOV uopoyovou : hydrogen ion lovf~w : ionize 10VI0'\.JOe; : ionization 10VI0'\.JOe; 8Ep\.JIKoe; : thermal ionization 10voO'q>arpo : ionosphere 10UpOO'10e; TTEpfoooe; : Jurassic period ITTTTOOUVO\.J'1 : horsepower ITTTToouvo\.JIl wq>£AI\.J'1 : effective horse

power fTTTa\.Jar : fly 1000UETrle; KO\.JrruA'1 : isohyetal curve fO'oAoe; yp0\.J\.Jrl : water line fO'oAoe; YP0\.J\.Jrl Oq>OpTOe; : light water

line

I\£~IKO YOpOTE;XVIKOW OpWV

fO'oAoe; ypo\.J\.Jrl £\.Jq>oproe; : deep water line

fO'oAoe; YP0\.J\.Jrl £\.Jq>oproe; : load line fO'oAoe; YP0\.J\.Jrl £\.Jq>oproe; : load water

line fO'oAoe; yp0\.J\.Jrl EP\.JOTlO'\.Jou : ballast

water line IO'OTT£XWV : equidistant 1000TTOXrl : equidistance 100'1\.JEpIVOe; YrlIVOe; : geographic

equator 100'1\.JEpIVOe; OUpOVIOe; : celestial

equator 10'01308rle; : isobathymetric 10000100'roO''1 KO\.JTTUAwv : contour

interval 10000UVO\.J0 1308'1 : alternate depths 10000UVO\.J'1 OIOTO\.Jrl : equivalent cross

- section 10000UVO\.JIKrl YP0\.J\.Jrl : equipotential

line 10000UVO\.JIKOe; : equipotential 10000UVO\.J0 13opoe; : equivalent weight 10000UVO\.J0 \.JrlKOe; : equivalent length 10000UVO\.J0 uypoO'foe; : moisture

equivalent 10000UVO\.J0e; : equivalent IO'O~UYIO : balance IO'O~UYIO 8Ep\.JIKo : heat - balance 10'68Ep\.J0e; : isothermal 1000KAIVrle; : isoclinal IO'OTTEOWVW : flatten 1000TT£OWO''1 : leveling 1000TTEOWTrlPOe; : bullgrader 1000TTEOWTrle; : grading machine 100oTTAwpoe; : equilateral 1000ppoTTfo OUO£TEP'1 : neutral

condition fO'oe; : equal 1000TPOTTfo : isotropy 100orpoTTOe; : isotropic 1000U£T10e; : isohyetal 100roypo\.J\.J0 : histogram 100roypo\.J\.J0 O'UXVOTrlTWV : frequency

histogram 100XUpOe; : strong 100XUe; : power

EYE 2000

IO"XUC;; OVWO"T1Krl : lifting power IO"XUC;; TTtollC;; : brake power IO"XUC;; UOpOUAIKrl : hydraulic power IX9UOTPOq>£fo : fishery IxvIlAaTIlC;; : tracer IxvIlAaTIlC;; £tJ\3000tJETPOU : tracer of

planimeter fxvoC;; : trace IWOIOUXO aA010 : iodides

K

Ko\3ovT~apw : round the cape Ka\3oc;; : cape Ka\3oc;; : head Kaooc;; : bucket Kaooc;; OVOTP£TT0tJ£voC;; : tipping bucket Kaooc;; £KO"KOq>tO : bucket of

mechanical digger Kaooc;; O"UPTOC;; : tipping bucket Kaooc;; UOPOUAIKOU TPOXOU : bucket of

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excavator Ko~avi : boiler Ko90ptC;; ovaVK£C;; TWV KOAAI£PVEIlAlV

0"£ v£po : net irrigation requirements Ko90pf~w (OIUl\f~W) : refine Ko90pf~w : cleanse Ko90pf~w : purify Ko90PIO"TrlPOC;; : wiper Ko90PIO"TrlPOC;; otpoc;; : air cleaner Ko90PIO"TrlPOC;; otpoc;; : air filter Ko90PIO"TrlPOC;; otpoc;; : air strainer Ko90PIO"TrlC;; : purifier Ko9tAKUO"Il : launching Ko9tAKUO"Il tJ£ TIlV TTAwpa : side

launching Ko9£AKUO"TrlPOC;; : launcher Ko9£AKUW : launch Ka9ETo KpouaTIKo KUtJO : normal

shock wave Ko9ETOtJETPO : cathetometer Ka9EToc;; : normal Ka9EToc;; : perpendicular Ka9EToc;; : vertical Ka9EToc;; a~wv : vertical shaft

Ka9ETOC;; TOtJrl : cross section Ko91~avw : sink Ko9[~lltJo : precipitate Ko9f~llall : precipitation Ko9f~1l0"1l : sedimentation Ko9f~llall : settlement Ko9f~1l0"1l : subsidence Ko91~rlaltJoc;; : precipitable

89

Ko90olKa p£utJ01O otpoc;; : descending air currents

Ko90AIKOC;; : universal Ko9uaTtpllall : delay Ko9uO"Ttpllall : lag Ko9uaTtpllall : time lag KOIPOC;; : weather KOIPOC;; rlTTlOC;; : mild weather KOIPOC;; KOAOC;; : fair weather KOIpOC;; tJ£1O\3AIlToC;; : variable weather KOIpOC;; ~IlPOC;; : dry weather KOIPOC;; 0tJIXAWOIlC;; : foggy weather KOIPOU TTpo£looTTofllall : weather

warning KOIPOU arltJo1O : weather signals KOIPOU O"UtJ\30AIKrl TTopaO"1OO"Il :

weather symbols KOAAltPV£IO : cultivation KoMltPV£IO £oaq>ouc;; : soil cultivation KOAAltPV£IO KOla lao(h-vEic;; : counter

tillage KoMltPV£IO ~IlPIKrl : dry farming KOAOKOfpl : summer KOAOKOIpio : fine weather KOAOPIq>tp : radiator KOAWOIO : cable KOAWOIO : wire KOtJTTrl : inflection KOtJTTrl oloaTOArlC;; : expansion bend KOtJTTrl TT01OtJOU : elbow KOtJTTUA£C;; OIKAfooC;; : throttle curves KOtJTTUA£C;; laoAo\3opEiC;; : isallobars K0tJTTUA£C;; lao(hvEic;; : contour lines K0tJTTUA£C;; otJoAtC;; : fair curves KOtJTTUA£C;; P0rlC;; : flow curves KotJTTUAIl : curve K0tJTTUAIl : sweep K0tJTTUAIl OVOIKTrl : flat curve KotJTTUAIl Vp0tJtJrl : curve

90

KOIlTTlJAIl YPollllrl : curved line KOlllTuAIl £TTI<pov£Ja : curved surface KOlllTuAIl KOVOV1Krl : normal curve KOlllTuAIl KAtlCHrl : closed curve KOlllTuAIl KOP£crIlOU : saturation curve KOlllTuAIl 0PJaKrl : border curve KOlllTuAIl lToAIVOpollllcrllS : regression

curve KOlllTuAIl lTOAIPPOIOKrl : tidal curve KOlllTuAIl UlT£PUljJWcr£WS : backwater

curve KOlllTuAoypollllO : french curve KOlllTuAoypollllO crXrlllO : curvilinear

figure KOlllTuAoYPollllOS : curvilinear KOlllTuAo£lorlS TPOXIO : curved path KOlllTuAoTIlTO : curvature KOlllTuAwvw : curve KOlllJ.lll : bend KOlllJ.lll : bending KOlllJ.lll : deflection KOlllJ.lll £AocrTIKrl : elastic deflection KOV0J30S : grid KovoJ30S : mesh KovoAI : canal KovoAI : channel KovoAI : flume KOVOVOS : rule KOVOVOS TOU Leibniz : Leibniz' s rule KOVOV£S Reynolds: Reynolds rules KOVOV£S OIlOIOTIlTaS : similarity laws KOVOVIKOS : normal KovouAo : cock KovouAo : tap Kovwv(J308IloAoYIlIlEvos):gage KOVWV: norm KOVWV : order KOVWV : rule KOVWV : straight edge KooAivll : kaoline KooMVIlS : china clay KooAIVlTllS : kaolinite KOPVOYIO : shipyard KocrO"lT£piTIlS : cassiterite KocrcrIT£POS : tin KOTaJ308IloS : overfall KOToJ308IloS£A£u8£PIlS

1IE;~{K6 YOp0TE;XVIKWV 6pwv

UOaTOlTTwcrllS : free overfall KOToJ3PEXW : spray KOToJ3u81crll : dive KOTaYP0<Prl : record KOTaOUOIl£VO : submersible KOTooucrll : dive KOTooucrll : immersion KOTooucrll : submersion KOTaOUTIKO IlIlXOVlllla : diving

apparatus KOTaOUTIKOS KWOWV : diving - bell KOTalyioo : hurricane KOTalyioo : storm KOTalyioo : thunderstorm KaTalyioo 11£ J3POXrl : rain storm KOToKo81crll : settling KOToKo81crll lTOP£lllTOOI~OIl£VIl :

hindered settling KOToKoucrll (crTO <PalVOIl£VO TOU

J3pocrIlOU) : burnout KOTaKAucrllEvoS OlTO v£po :

waterlogged KOTaKOPU<p£S ypollllES TOU KOV0J30U :

vertical grid - lines KOTOKOPU<p0S : upright KOTaKOPU<p0S : vertical KOTaKOPU<p0S : vertical line KOTaKPIlIlVi~w : precipitate KOTaKPllllvicr£IS tTrlO"l£S : annual

precipitation KOTaKPrlllv1crll : precipitation KOTOKPrlllv1crllO : precipitation KOToAIl~1l : result KOTaVOllrl : distribution KOTaVOllrl O£IYIlOToAlllTTlKrl : sampling

distribution KOTaVOllrl oIKoPU<P1l : bimodal

distribution KOTOVOllrl KOVOVIKrl : normal

distribution KOTaVOllrl Il£YE8ouS lTOpWV : pore

size distribution KOTaVOllrl cruxvoTIlToS : frequency

d istri bution KOTaVOllrl crXtT1KrlS cruxvOTIlTaS :

relative frequency distribution KaTaVOllrl uopocrTaTlKrl : hydrostatic

EYE 2000

distribution KOTaVOI-l~ UlTO O"uv9~KIl : conditional

d istri bution KOTOVTIl : downstream KOTalTAEW : sail KOTOlTOVTIO"I-lOC; : foundering KOTOPPOKTIlC; : cascade KaTOPPOKTIlC; : cataract KOTOPPOKTIlC; : waterfalls KOTOPTI : mast KOTaO"KWEC; I-lETO<pOpOC; VEPOU :

conveyance structures KOTao"KW~ O"~poyyoC; : tunneling KOTaO"TOO"EIC; OPIOKEC; : limiting

conditions KOTOO"TOO"Il IlPEl-lioC; : stagnation state KaTOO"TaO"Il KpiO"l1-l1l : critical state KOTOO"TOO"Il lTIEo"EWC; : pressure stage KOTaTOI-l~ : profile KaT0XVIO : fog KOTEOO<pIO"Il : demolition KaTEOO<pIO"Il : pulling down KOTEiO"ouO"Il : percolation KOTEpyoO"io : treatment KOTEpyoO"io EOO<pOUC; : tillage KaTllyopio : category KaTOAI0"90ivw : glide KaToM0"91l0"1l : landslide KOTWPWI-lO : downwash KaTW<PAI : threshold KOUO"II-lO : fuel K01.J.lO : evaporating dish KEKAII-lEVOC; : inclined KEM: cell KEAU<pOC; : casing KEVO : voids KEVO O"UVOAO : empty set KEV0C; : empty KEVOC; : vacuum KEVTPIK~ pOlTll : central moment KEVTPO : center KEVTPO j3opouc; : center of gravity KEVTPO j3opouc; : centroid KEVTPO lTIEo"EWC; : pressure center KEVTPO lTIEo"EWC; uypou : center of fluid

pressure KEVTPO TOAOVTWO"EWC; : center of

oscillation KE<pOA~ lTEPOVIlC; : bolt head KIlMoo lTETPEAOiou : oil spill KIlPo~ivll : kerosene KIj3WTIO : container KIAoj30T : kilowatt KIVIlI-lOTlK~ : kinematics

91

KIVIlI-l0TIKO I~WOEC; TUpj3llC; : kinematic eddy viscosity

KIVIlO"Il : movement KiVIlO"Il OV0I-l0IOI-l0P<PO

ElTIj3pooUV0I-lEVIl : nonuniformly retarded motion

KIVIlO"Il OPI-lOVIK~ : harmonic motion KIVIlO"Il KUI-lOTOC; : wave motion KIVIlT~ UlTOOIaO"TOA~ : floating point KlvIlT~poC; UOPOUAIKOC; : hydraulic

motor KlvIlT~PloC; o~OVOC; : work shaft KIVIlTIK~ : kinetics KIVIlTIK~ EVEPYEIO : kinetic energy KlvllToC; I-lEO"OC; : moving average KAOOOl ElTOVOAlllTTIKoi : iterative

branches KAOO"Il : category KAOO"Il : class KAOO"I-lO : fraction KAEIO"TO OIOO"Tlll-lo : closed interval KAEIO"TOC; : closed KAIlPoVOl-llKOTIlTa : heredity KMI-lo : climate KAII-lOKO o"TPEj3A~ : distorted scale KMI-lOKO TUpj3woouc; : scale of

turbulence KMI-IOKO XOPTOU : map scale KMO"Il : gradient KMO"Il : slope KMO"Il ypol-ll-l~C; EVEPYEIaC; : hydraulic

gradient KMO"Il OUV0I-lIKOU : potential gradient KMO"lllTlE~OI-lETPIK~C; ypol-ll-l~C; :

pressure gradient KAIO"II-lETPO : clinometer KAwj3oC; I-lETEWPOAOYIKOC; :

meteorological shelter KOIAOOO : valley KOIAOTIlTa : pit

92

KoiAWJ.lO : trough KOIVOC; : common KoiTlllTAIlJ.lJ.lUPWV : flood plain of a

river KOlTlllTAIlJ.lJ.lUPWV : floodway KOITIl lTOT0J.l0U : bed KOITIl PEUJ.lOTOC; : stream bed KOKKOC; : grain KOAlTOC; : bay KOAlTOC; : gulf KOJ.lj30C; : knot KOJ.lj30C; : lattice point KovioJ.lo : mortar KOPEO"J.ltvOC; : saturated KOPEO"J.lOC; : saturation KOPEO"J.lOC; EOO:CPOUC; : soil saturation KOPEO"J.lOU EKXUAIO"J.lO : saturation

extract KOpUcpf) : peak KOpUcpf) KUJ.l0TOC; : wave crest KOXAO:~W : bubble KOXAOO"J.lOC; : bubbling KOXAOO"J.lOC; : ebullition KPO:J.lO XUTO : cast alloy KPlllTlOOTOIX0C; : quay wall KPlllTiowJ.lo : wharf KPlllTiowJ.lo lTOpoAioC; : quay KpiO"lJ.l1l pof) : critical flow KpiO"lJ.lo j30:90C; : critical depth KPOUVOC; : cock KPOUVOC; OIOVOJ.lf)C; : distributing cock KPOUVOC; OIKAiOOC; : valve cock KPOUVOC; OI1TAf)C; pof)c; : two way cock KPOUVOC; OiO"TOJ.lOC; : two-way cock KPOUVOC; EKKEVWO"EWC; : blow-out cock KPOUVOC; EKKEVWO"EWC; : discharge

cock KPOUVOC; EKKEVWO"EWC; : drain cock Kpouvoc;EKpof)c;:escapecock KPOUVOC; UOOTOC; : hydrant KPOUVOC; UOOTOC; : tub KpouO"ra lTO:You : icing KpuO"raMoc; XOAo~io : quartz crystal KUKAOcpopio : circulation KUJ.lO : wave KUJ.lO oj309wv UOO:TWV : shallow water

wave

/\E;~IK6 YOpOT0XVIKWV 6pwv

KUJ.lO OVOKAWJ.lEVO : reflected wave KUJ.lO j3poxu : short wave KUJ.lO olo9AOO"J.ltVO : refracted wave KUJ.lO OIOJ.lOPCPWJ.ltvo : modulated

wave KUJ.lO EYKO:PO"IO : transverse wave KUJ.lO EVOIO:J.lEO"O : intermediate wave KUJ.l0 1lJ.lITOVIKO : sine wave KUJ.l0 1lJ.lITOVOEIOtC; : sinusoidal wave KUJ.l0 IlXIlTIKO : sound wave KUJ.lO 9EJ.lEAIWOEC; : fundamental wave KUJ.l0 KPOUO"IlC; : shock wave KUJ.lO J.lE OlTOO"j3EO"Il : damped wave KUJ.lO J.lEyO:AOU J.lf)KouC; : long wave KUJ.l0 J.lIKPO : small wave KUJ.lO lTOAIPPOIOKO : tidal wave KUJ.l0 lTiEO"IlC; : pressure wave KUJ.l0 lTAO:YIO KpOUo"TIKO : oblique

shock wave KUJ.lO O"EIO"J.lOYEvtC; : earthquake wave KUJ.lO o"EIO"J.lOYEVtC; : tsunamis KUJ.lO O"TO:O"IJ.lO : standing wave KUJ.lO xwpiC; OlTOO"j3EO"Il : undamped

wave KUJ.l0TO ocppi~OVTO : sea horses KUJ.lOra j3opuTllrac; : gravity waves KUJ.lOra j30pUTIKO: : gravitational waves KUJ.l0ra OI0J.lf)KIl : longitudinal waves KUJ.l0TO ElTICPOVEiOC; : surface waves KUJ.l0TIKf) E~iO"wO"Il : wave equation KUJ.lOTIO"J.lOC; : undulation KUJ.lOTIO"J.lOC; EAOCPPOC; : ripple KUJ.l0TOYPO:CP0C; : wavegauge KUJ.laTOEIOf)C; : corrugated KUJ.lOTOEIOf)C; : waving KUJ.l0T09poUO"TIlC; : breakwater KUJ.lOT0J.lIlXOvIKf) : wave mechanics KUJ.l0T0J.l0pcpf) : waveform KUJ.lOTOC; lTOPOJ.lOPCPwO"Il : wave

distortion KUJ.l0TWOIlC; : wavy KUPIOC; : main KUPIOC; : primary KUPIOC; : prime KUPIOC; : principal KUPIOC; oywyOC; : main channel KUPTWO"Il : curvature

EYE 2000

KUPTWOI1 : kurtosis Kunapo : cell KWVOe;; KaTaIyioae;; : storm cone

A

Aa80e;; : error AaKKOe;; : pit AaoTTovEpa : muddy water AE!3avTEe;; : East wind At!3I1Tae;; : boiler AE!3I1Tae;; : kettle At!3I1Tae;; Ka8ETOe;; : vertical boiler AEKaVIl : basin AEKavll : bowl AEKavll : sump AEKavll : vat AEKavll aTToppO~e;; : catchment AEKavll aTToppO~e;; : drainage basin AEKavll aTToppO~e;; : watershed AEKavll I1PEl.liae;; : stilling basin AEKavll TTOTaI.l0U : basin of a river AEKavll OUMEKT~pIOe;; : catchment

basin AI8EVOUOil KOITI1e;; : rock paving of bed AI80YEVEOil : petrogenesis All.laVI : port All.lavl TToTal.llo : river harbour All.lavl TEXVIlTO : artificial harbour All.laVI q>0PTW0I1S : port of loading All.laVI q>UOIKO : natural harbour AII.IEVae;; 8aAaoO'lOe;; : sea port AII.IEvae;; TTapaTToTal.llOe;; : river harbour AiI.lVIl : lake AiI.lVIl aAI.IUpOu VEPOU : inland sea AiI.lVIl aAI.IUpOU VEPOU : salt lake AiI.lVIl I.IIKP~ : pond AiI.lVIl OPEIV~ : mountain lake AII.IVo!3loAoyfa : lim no biology AII.IVo8aAaooa : lagoon AII.IVo8aAaooa : salt marsh All.IVoAoyia : limnology AiTTavoll XAWP~ : green manure AiTTaOl.la : fertilizer AiTTaOl.la TTA~pEe;; : complete fertilizer AiTTaOl.la OUV8ETO : compound fertilizer AiOTa : list

AiTPO : liter AIWO'II.IO TTayou : thaw AIWOII.I0 TTayou : thawing AoyapI81.10e;; : logarithm Aoyoe;; : ratio AOYW UlJloue;; 8E0I1e;; : elevation

pressure AO~OTIlTa : skewness AouT~pae;; : bath AUl.laTa : sewage AUl.laTa : wastewater Auoil.lETPO : Iysimeter Awpioa : border

M

l.IaYVIlTIOI.IOe;; y~lvoe;; : terrestrial magnetism

l.Ia~IKa TTapayol.IEVOe;; : mass -produced

93

l.Ia~IK~ TTapaywy~ : mass - production l.Iafavopoe;; : meander I.IdicTTpOe;; : North-West wind l.Ia'ioTPOTpal.l0UVTaVa :

North-North-West wind l.IaKpoTTAaYKTo : macroplankton l.IaKpOOKOTTlKOe;; (I.IEyaAoe;; OYKOS

Eoaq>OUe;;) : macroscopic l.IaVIKa TTupKa"iae;; : fire hose l.IavOI.IETpIK~ TTIEOIl : gauge pressure l.Iav0I.IETPO : manometer l.IaVOI.IETPO olaq>oplKo : differential

manometer l.IaVOI.IETPO KEVOU : vacuum

manometer l.IaVol.IETPO TTPOTUTTO : standard

manometer l.IaVOI.IETPO uoaTOe;; : water manometer l-IaVol-IETPO uopapyupou : mercury

manometer I-IE fOEe;; TTl8aVOTI1TEe;; : equiprobable I-IE o~EfEe;; ywvfEe;; : acute - angled I-IEyaAoe;; : large I-IEYE8oe;; : quantity I-IEYE80e;; : size I-IEYE8oe;; !3a8I-1WTO : scalar quantity I-IEYE80S TOU oEiYl-laToe;; : sample size

94

IJtYIO'TrI TTl90VOq>avEIO : maximum likelihood

IJtYIO'TOC; : maximum IJt9000l aIJEO'EC; : direct methods IJt9000l ETTovoArl1TTIKtc; : iterative

methods IJt9000i OYKWV EAtyXOU : control

volume methods IJt9000l 0PIOKWV O'TOIXEfwv :

boundary element methods IJt9000l TTETTEPOO'lJtvwv OIOq>OpWV :

finite difference methods IJt9000l TTETTEpOO'lJtvwv O'TOIXEfWV :

finite element methods IJt9000l XOAOPWO'EWC; : relaxation

methods IJt90ooC; : method IJt90ooC; Kriging: Kriging method IJt90ooC; EKKfvIlO'IlC; : starting

procedure IJt90ooC; EAoXfO'TWV TETPOYwvwv :

least-squares method IJt90ooC; EVEPYEIOKOU 100o~uyfou :

energy balance method IJEIWT~C; TTltO'EWC; : pressure reducing

valve IJtAoC; : member IJtpll O"TO OIO"EKOTOIJIJUPIO : parts per

billion (ppb) IJtpll O"TO EKOTOIJIJUPIO : parts per

million (ppm) IJEpoAIl4.lfo : bias IJto"o : means IJtO'o IJIlXOVIKa : mechanical

appliances IJtO"Il oTToAuTIl OTTOKAIO"Il : mean

deviation IJtO'Il TlIJ~ : average value IJtO"Il TIIJIl : mean IJtO"Il TIIJ~ oEfYIJOTOC; : sample mean IJEO"IlIJI3PIVOC; oupavloc; : celestial

meridian IJto"o IO"OTPOTTO : isotropic medium IJto"o TTOPOlJoyvllTIKO : paramagnetic

medium IJEO'o9aAoO"O"o : half sea IJEO"o9aAoO"O"o : mid-sea

IIS~/K6 YOpOTSXVIKc!W 6pwv

IJEO'OTTAoYKTO : mesoplankton IJtO'OC; : mean IJto"OC; opOC; 0PIJOVIKOC; : harmonic

mean IJETal30TIKIl ~WVIl : buffer layer IJETol3oTIKIl TTEPloXIl : transition region IJEToI3AIlTtC; TUxofEC; oVE~apTIlTEC; :

independent random variables IJEToI3AIlT~ : variable IJEToI3AIlT~ oVE~apTIlTIl : independent

variable IJETol3AIlTIl OVIlYlJtvll : reduced

variable IJEToI3AIlT~ o"TOXOO'TlK~ : stochastic

variable IJETaI3AIlTIl TOTTlK~ : regional variable IJEToI3AIlT~ TUxofo : random variable IJETal30M : change IJETal30M : variation IJETol3oA~ TTlto"EWC; : change of

pressure IJETa8EO'il : transition IJETaKEVTpo : metacenter IJtTaMo l30pla : heavy metals IJETOvaO'TEUO"Il : migration IJETOO"XlllJoTf~w : transform IJETOO"XIlIJOT10"IJOC; : transformation IJETOTOTTlO'Il : drift IJETOTOTTlO'Il uypou : displacement of

liquid IJETOTPOTTIl : conversion IJETaq>EPOIJEVO IJE TO VEPO :

waterborne IJEToq>opa (o~ovwv) : translation (of

axes) IJEToq>opa : advection IJEToq>opa : convection IJEToq>opa : transport IJEToq>opa 8EPIJOTIlTaC; : heat transfer J.lETaq>opa J.la~oc; : mass transport IJETOXEfplO'Il : treatment IJETEWpoAoyfo : meteorology IJETEWpoAoYIKO ypoq>Efo : weather

bureau IJETEWpoAoYIKO oEATfo : weather

bulletin IJETEWpoAoYIKO oEATfo : weather report

EYE 2000

J:.IETEWpoAOYIKO~ xapTrl~ : weather map

J:.IETEWPoAOyo~ : meteorologist J:.IETEWPoAOyo~ : weather man J:.IETpa : measures J:.IETPIl(Hl : measurement J:.IETPIlO"Il TaXUTIlTa~ : speed (or

velocity) measurement J:.IETPrlO"IJ:.IO O"uvoAo : measurable set J:.IETPrlo"lJ:.IO~ : measurable J:.IETPIlTrl~ : counter J:.IETPIlTrl~ : gauge J:.IETPIlTrl~ : indicator J:.IETPIlTrl~ : numerator J:.IETPIlTrl~ aKl5a~ : point gauge J:.IETPIlTrl~ l3a8ou~ : depth gauge J:.IETPIlTrl~ 5IalTEPaTOTIlTa~ :

permeameter J:.IETPI1Trl~ KaTaKPIlJ:.lVIO"J:.IaTwv :

precipitation gauge J:.IETPI1Trl~ KEVOU : vacuum meter J:.IETPIlTrl~ J:.IrlKOU~ KUJ:.IaTO~ : wave

meter J:.IETPIlTrl~ IT[EO"Il~ : manometer J:.IETPIlTrl~ IT[EO"Il~ : pressure - gauge J:.IETPIlTrl~ lTIEO"I1~ aEpa : air pressure

gauge J:.IETPIlTrl~ pOrl~ : current meter J:.IETPIlTrl~ pOrl~ : flow meter J:.IETPIlTrl~ TaXUTIlTa~ u5aToppEuJ:.IaTo~

: current meter J:.IETPIlTrl~ UljJIlArl~ lTiEO"I1~ : high -

pressure gauge J:.IETPIO~ : medium J:.IETPIO~ : moderate J:.IETpO (O"UVTEAEO"Trl~) : modulus J:.IETPO : measure J:.IETpO : metre J:.IETPO 5lao"lTopa~ : measure of

dispersion J:.IETpO 5IaTJ:.I1l0"1l~ : shearing modulus J:.IETpO EAao"TIKOTIlTa~ : modulus of

elasticity J:.IETPO KEVTPIKrl~ TaO"Il~ : measure of

central tendency J:.IETpO KUI3IKO : cubic meter J:.IETpO uypwv : liquid measure

J:.IETWlTO 8EPJ:.IO : warm front J:.IETWlTO KUJ:.IaTO~ : front of the wave J:.IETWlTO KUJ:.IaTO~ : wave front J:.IETWlTO ljJUXPo : cold front J:.II1 aJ:.lEpOAlllTTIl EKTIJ:.IIlO"I1 : biased

estimate J:.IIl alTo50TIKo~ : inefficient J:.II1 alTOTEAEO"J:.IaTIKo~ : inefficient J:.IIl J:.I0VIJ:.I1l pOrl : unsteady flow J:.IrlKO~ : length J:.IrlKO~ aVaJ:.lI~Ew~ : mixing length J:.IrlKO~ YEwypa<pIKo : longitude J:.IrlKO~ EIO"o50u : entrance length J:.IrlKO~ 8EJ:.IEAlw50u~ KUJ:.IaTo~ :

fundamental wavelength J:.IrlKO~ KUJ:.IaTO~ : wavelength J:.IrlKO~ KUJ:.IaTO~ KpfO"lJ:.lo : critical

wavelength J:.IIlKOTOJ:.lrl : longitudinal section J:.II1VlaIO~ : monthly J:.IIlVlo"KO~ : crescent J:.II1Vlo"KO~ : meniscus J:.II1TPWO : matrix

95

J:.II1TPWO avao"Tpo<po : transpose matrix J:.IIlTpwO aVTlo"TpO<pO : inverse matrix J:.II1Xavrl : engine J:.II1Xavrl : motor J:.IllxaVIlJ:.la : machine J:.Il1xavl1J:.1a l3u8oJ:.lETpiKO : sounding

apparatus J:.Il1xavl1J:.1a EKo"Ka<prl~ : dredging

machine J:.Il1xavllJ:.la IO"olTE5wO"Il~ : leveling

machine J:.IIlXav1Krl : mechanics J:.II1Xav1Krl ElTIO"TrlJ:.lI1 : engineering

science J:.IIlXav1Krl PEUO"TWV : fluid mechanics J:.IllxavlKo~ : engineer J:.IllxaVIKo~ : mechanical J:.IllxaVIKo~ O"UJ:.Il3ouAo~ : consulting

engineer J:.IllxaVIKo~ u5pauAIKo~ : hydraulic

engineer J:.IllxaVIKo~ XIlJ:.lIKO~ : chemical

engineer J:.Illxavlo"J:.Io~ EAEYXOU : control gear

96

j.lfYj.la XUTO : cast alloy j.lIKpOKaTalOVIO'Ttlpac; : sprayer j.lIKPOC; : small j.l1 KPOO'KOTrl KOC; (j.l1 KPOO'KOTrl KOC;

OYKOC; EOOq>OUC;) : microscopic j.l10'0C; : half j.lvtlj.lll : memory j.lVtlj.lll arr09tlKEUO'IlC; : storage j.lVtlj.lll TaXEfac; rrpoO'rrEAaO'IlC; : fast

access storage j.lofpa (j.lovooa j.lETPIlO'IlC; ywvfac;) :

degree j.lOAUVO'Il : infection j.lOAUVO'Il : pollution j.lOAuO'j.laTIKOc; : infectious j.lovooa : unit j.lovooa 9Epj.lIKtl : thermal unit j.lovooa 9Epj.loTIlTac; : heat unit j.lovooa TUTrlKtl : standard unit j.lOVOOEC; 9Ej.lEAHA.lOEIC; : fundamental

units j.lOVaoIKoc; : unique j.lOVIj.l1l potl : steady flow j.lOVIj.lOC; : stationary j.lOVOOIOO'TaTOC; : one-dimensional j.lovo0'9EVtlC; : monovalent j.lOV00'9EVtlC; : univalent j.lOVTEAO : model j.lOVTEAO : pattern j.lOVTEAO ypaj.lj.llKO : linear model j.lOVTEAO olaxEfplO'IlC; VEPOU : water

management model j.lOVTEAO j.la9llj.laTlKO : mathematical

model j.lOVTj.lopIAAoviTIlC; : montmorillonite j.lOVWVUj.lO : mononym j.lOplaKO (3opoc; : molecular weight j.lOPIOKOC; : molecular j.lOPIO : molecule j.lOpq>oAoyfa : morphology j.lrrEvToviTllC; : bentonite j.lrropa : shower j.lU~IlO'Il : suction j.lUKIlTOKTova : fungicides j.lUMO'KOC; : current meter j.lUMO'KOC; aVllpTllj.lEVOC; (EvaEploc;) :

suspended current meter

118~IK6 YOpOT8XVIKWV 6pwv

N

VaTPIOUXO : sodic vauO'ITTAcii"a EO'WTEPIKWV UOOTWV :

inland navigation VEPO rrAollytlO'Ij.la : pilot waters VEPO : water VEPO aK09apTo - (310j.lllxavfac; :

industrial waste water VEPO aAj.lUpo : salt water VEPO (3apuTIlTac; : gravity water VEPO (3poXIVO : rain water VEPO Eoaq>IKo : soil water VEPO ETrlq>avElaKo : surface water VEPO 9aAoO'O'Io : salt water VEPO 9aAoO'O'Io : sea water VEPO rroO'Ij.lo : potable water VEPO urroYElo : ground water VEPWV Ka9apI0'j.l0c; : purification of

water vEq>EAoTIlTa : cloudiness vlTporrofllO'Il : nitrification VOj.lOI KfVIlO'IlC; : laws of motion VOj.lOI TWV aEpfwv : gas laws vOj.lOC; : law VOj.lOC; rrapa(3oAIKoC; : parabolic rule vOpj.la EPj.lllT1Ktl : hermetic norm vOO'oC; j.lOAUO'j.laT1Ktl : infectious

disease

---~Eva O'uvoAa : disjoint sets ~tlpavO'Il : drying ~llpaO'ia : drought ~llpaO'fa : dry weather ~llpoC; : dry ~IlPOC; aTj.lOc; : dry steam ~llpoTIlTa : dryness

o 0YKOAI90C; : boulder OYKOC; : volume OYKOC; EIOIKOC; : specific volume OYKOC; EAEYXOU : control volume 000c; 9aAoO'O'Ia : sea lane

EYE 2000

0150~ 80AOO"O"IO : ship lane OIKOAOyfo : ecology olKOO"UO"Trll.lO : ecosystem OAIYOTPOq>IKO~ : oligotrophic OA1KrllJET0[30Arl : total variation OAIKrllTOpOywyo~ : total derivative OAIKO~ : total OAI0"80fvw : glide oAl0"81lO"IllTAOyfo : side slip oAl0"91l0"IllTAOyfo : skidding OAOKArlpW\.lO : integral OAOKArlPWO"Il : integration 0\.10150 : group 0\.10150 EAEYXOU : control group o\.lfXAIl : fog o\.lIXAw15ll~ : foggy 0\.1010 lTOAUYWVO : similar polygons 0\.1010 Tpfywvo : similar triangles O\.lOIOyEVEIO : homogeneity O\.lOIOYEVrl~ : homogeneous O\.lOIO\.lOpq>O KOTOVE\.IIl\.lEVIl Tuxofo

\.IETo[3AIlTrl : uniformly distributed random variable

O\.lOlo\.lOpq>1l KOTOVO\.lrl : uniform distribution

O\.lOlo\.lOpq>1l pOrl : uniform flow O\.lOlo\.lopq>fo : uniformity O\.lOIO\.lOpq>O VEKPO q>OPTIO : uniform

dead-load O\.lOIO\.lOpq>O~ : uniform O\.lOIO~ : similar O\.lOIOTIlTa : similarity O\.lOIOTIlTO q>UO"IKrl : physical similitude o\.lofw\.lo : model o\.lofw\.lo OVOAOYIKO : analog model O\.lOIW\.lO \.I091l\.lOTIKO : mathematical

model o\.lofw\.lo q>UO"IKO : physical model O\.lOKEVTP0C; : concentric O\.lOKEVTPO~ : homocentric O\.lWVU\.IOI lTOAOI : like poles OVO\.lOTOAOyio : terminology O~OAIKO O\.l\.lWVIO : ammonium oxalate O~OAIKOC; : oxalic O~E[O ywvfo : acute angle o~Ei15lo O~WTOU : nitric oxide o~EI15w\.lEvo~ : rusty

o~EI15wvw : oxidize o~EI15wvw : rust o~d15wO"Il : oxidation o~d15wO"Il : rusting

97

o~Ef15wO"Il ovo15IKrl : anodic oxidation o~EI15wO"I\.IoC; : susceptible to oxidation o~EI15wTIKo : oxidizer o~EI15wTIKo \.IEO"O : oxidizing agent o~EI15wTlKoC; : oxidizing O~EOC; AOUTPO : acid bath O~IKO OAOC; : acetate O~IKO O\.l\.lWVIO : ammonium acetate O~IKO o~u : acetic acid O~IVO E15oq>oC; : acid soil o~u : acid o~u 01510AuTo : concentrated acid o~u OV9POKIKO : carbonic acid o~u [3Ev~o·iKO : benzoic acid o~u [30PIKo : boric acid o~u YOAOKTIKO : lactic acid o~u 9EI"iKo : sulphuric acid o~u 9Elw15EC; : sulfurous acid o~u VITPIKO : nitric acid o~u lTUPITIKO : silicic acid o~u u15poXAwplKo : hydrochloric acid o~U[3PW\.lIOUXOC; : oxybromide o~uyovo : oxygen o~uyovo 1510Au\.IEVO : oxygen dissolved o~uyovoKoMIlO"Il : oxyacetylene

welding o~uYOVOUXo VEPO : hydrogen peroxide o~uyovwO"Il : oxygenation O~UVWVIOC; : acutangular O~U\.IETPO : acetometer o~uvw : sharpen o~u~ : acute o~u~ : pointed o~uC; : sharp OlTrl : orifice OlTrl OEPIO"\.IOU : vent hole OlTrl OlTOo"TpOVVIO"Il~ : drain hole OlTrl [3EAOVOC; : eye of a needle OlTrl1510\.llTEprlC; : through hole OlTrl EKKEVWO"Il~ : emptying hole OlTrl EKPOrlC; : discharge orifice OlTrl EKPOrlC; : outflow orifice OlTrl E~OYWYrlC; : flowing-out hole

98

OTTrl ETTlSEWP'lC1'lS : inspection hole OTTrl KaSaplC1I.IOU IAUOS : mud hole OTTrl KaSaplC11l0U AtI3'lTa : wash out

hole OTTrl KaSOOrlY'lC1'lS : pilot hole OTTrl TTapaTrlP'lC1'lS : peep hole OTTrl TTEfpOU : pin hole OTTrl TTArlPWC1'lS : filing hole OTTrl TUCPArl : blind hole OTTrl TUCPArl : dead hole OTTrl XUTrl : cast hole oTTlC1Sla KIV'lC1'l : backward movement oTTlC1Sla Olp'l : back view oTTlC1Sla TTAwpa : back side oTTIC1SIOS : back oTTlC1S00POIl'lC1'l : backing oTTlC1S00POllw : go astern oTTlC1S00POllw : go back oTTlC1S00POllw : recede OTTAIC1Il£VOS : armoured OTTTIKrl : optics OTTTlKrl 'lAEKTPOVIKrl : electron optics OTTTIKOS : optical OTTTIKOS : visual OpaC1'l : vision oparo C1'lIlEfo : visible sign opaTos : visible opyava EIC1000U : input device opyavo : appliance opyavo : instrument opyavo aKplllEfas : precision

instrument opyavo aVIXvwC1'lS : detecting

instrument opyavo aUToypacplKo : recording

instrument opyavo aUTollaTou EA£YXOU :

automatic control device opyavo olacpoplKo : differential

instrument opyavo EAtyXOU aEplwv : gas control

apparatus opyavo EAtyxou llayv'lTIKWV TTOAWV :

pole indicator opyavo EVOEIKTIKO : indicating

instrument opyavo £VOEI~'lS I3Ev~fv'lS : petrol

IIs~IKO YOpOTSXVIKWV OPWV

indicator opyavo £VOEI~'lS TTapouC1fas

pEullaTos : current indicator opyavo E~OOOU : output meter opyavo ETTaywYIKo : induction

instrument opyavo ETTlC1T'lIlOVIKO : scientific

instrument opyavo 'lAEKTpollayv'lTIKo :

electromagnetic instrument opyavo 'lAEKTPOVIKO : electronic

instrument opyavo 'lAEKTpoC1TarIKo : electrostatic

instrument opyavo SEPIlO~EUyouS : thermocouple

instrument opyavo SEPIlOIlETPIKO : thermometric

instrument opyavo SEPIlOU C1UPllaT0S : hot wire

instrument opyavo 1C10TT£OWC1'lS : leveling

instrument opyavo KaTaypacprlS : recording

instrument opyavo KaTaypacprlS ETmaxuvC1EwV :

accelerograph opyavo KaToTTTpoU : mirror instrument opyavo KIV'lTOU TT'lvfou : moving -

magnet instrument opyavo IlETEWPOAOYIKO :

meteorological instrument opyavo IltTp'lC1'lS : measuring

instrument opyavo IltTp'lC1'lS : surveying

instrument opyavo IltTp'lC1'lS ETTlTaXUVC1EwV :

accelerometer opyavo IltTp'lC1'lS WC1TaSEfas :

stabilitograph opyavo Il£TP'lC1'lS pOrlS : flowmeter opyavo IltTp'lC1'lS C1TP£lp'lS :

torsiometer opyavo TTPOTUTTO : standard

instrument opyavo C1TaSEPOTTOf'lC1'lS TOC1'lS :

stabilizer opyavwC1'l : organization

EYE 2000

opyavwTI'Is : organizer opElva vEpa : headwaters op8n ywvia: right angle op810S : standing op810S : upright op80YWVIES C"uvTETaYI-IEVES :

rectangular coordinates op80YWVIKn OIOTOl-ln : rectangular

section op80ywvl0 : rectangle op80ywvl0 TTapaMIlAETTiTTEoo :

cuboid op80ywvl0 TTapaMIlAETTiTTEoo :

rectangle solid op80ywvl0 TTapaMIlAoypal-ll-l0 :

rectangle op80AoYIC"l-IoS : rationalism op80AoYIc"TIKn opyavwC"1l :

rationalization op80C"TaTIlS : brace aplO EI-ITTlC"TOC"uvIlS : confidence limits apia KAaC"IlS : class boundaries apia TaXUTIlTaS : limits of velocity oplaKa C"ToIXEia : boundary elements OPlaKn avaAuC"1l : marginal analysis OPIOKn Kal-lTTuAIl 13paC"l-Iou : boiling

limit curve OP1aKn C"Tol13aoa c"TPWTn : laminar

boundary layer OPlaKn C"uvapTIlC"1l KaTaV0l-lnS :

marginal distribution function OPIOKn C"uvapTIlC"1l TTl8avOTIlTaS :

marginal probability function OPlaKn C"uvapTIlC"1l TTUKVaTIlTaS :

marginal density function OPlaKn C"uv8nKIl : boundary condition oplOKas : marginal Opi~ovTas Eoa<pIKos : soil horizon opl~avTIO TTTnC"1l : level flying oPI~ovTloypa<pia : general plan OPI~OVTIOS : horizontal opi~ouC"a : determinant opi~wv : horizon opi~wv 8aAaC"C"los : sea horizon aplo KaTWTaTo: lower limit OPIO : boundary aplo: limit

OPIO : margin aplo : threshold

99

aplo avaAoyias : limit of proportionality aplo aVTOXnS : proof strength aplo aVWTaTO : upper limit aplo aC"<paAEias : safety limit OPIO 130AnS : limit of fire aplo EAaC"TIKaTIlTaS : elastic limit aplo ETTlTpETTal-lEVO : allowance aplo wC"Ta8Eias : limit of stability aplo IlAIKias : age limit aplo 8pauC"IlS : rapture point OPIO KOPEC"I-IOU : limit of saturation aplo pWC"TaTIlTaS : liquid limit aplo C"uI-ITTiEC"IlS : limit of compression aplo C"UC"TOAnS : shrinkage limit OPIO TaXUTIlTaS : maximum speed aplo TaXUTIlTaS : speed limit aplC"l-Ia : argument oplC"l-Ias : definition OPIC"TIKOS : definite oPl-ln : momentum OPl-liC"KOS : cove OPI-I0S: bay OPOYEVEC"1l : orogenesis OPOYEVEC"1l TTaAmOKll-Il.IEPIOIKn :

palaeokimmeridgian orogeny Op08EC"ia : fixing of boundaries op08ETIlC"1l : demarcation Op08ETW : set a boundary opoAoyia : nomenclature OPOTTEOIO : plateau OPOTTEOIO : tableland opOS : condition apos: term Opoc"Elpa : mountain belt Opoc"Elpa : mountain chain opoC"nl-lavC"1l : setting a landmark opaC"lll-lo : landmark opo<j>f} : roof opo<Pn avwTaTIl : absolute ceiling 0puYl-la : trench 0puKTEAalo : mineral oil 0puKTa : mineral 0puKTa AlTTaVTIKO, TTIlKTO : mineral

jelly 0puKTa TIlS apyiAou : clay mineral

100

0PUKToAoYla : mineralogy opuXEfo : mine OO"jJWO"Il : osmosis OO"jJWO"Il uypwv : osmosis of fluid OO"jJWTIKOe;; : osmotic oO"Tpla : south wind oO"TployapjJlTlle;; : south - south - west

wind OUYYIO : ounce (= 1/6 TIl<; Ail3pa<;) ou15ETEpoe;; : neutral oupo : tail OUpOVIOe;; lToAoe;; : celestial pole oupavoe;; : sky oupavoe;; KAll3ovOU : crown of furnace oupavoe;; VE<pEAw151le;; : cloudy sky oupavoe;; O"KElTaO"jJEVOe;; : overcast OUpIOe;; (OVEjJOe;;) : fair wind oUO"la : substance oUO"la jJovwTIKIl : insulating material ouO"fa ~EVIl : foreign material oUO"la opyavlKIl : organic matter ouO"fa lTAaO"TIKIl : plastic oUO"laO"TIKOe;; : substantial OUO"Iw151le;; : essential OUO"Iw151le;; : material o<p8aAjJalTOTIl : optical illusion o<p8aAjJoe;; aVEjJou: eye of the wind o<p8aAjJoe;; 8UEAAIle;; : eye of the storm o<p8aAjJoe;; : eye 0XETOe;; : culvert 0X£TOe;; : duct 0X£TOe;; : gutter 0X£TOe;; : sewer 0X£TOe;; E~aEpIO"jJoU : riser 0XETOe;; 8oAwTOe;; : arched culvert 0X£TOe;; KAljJaKwTOe;; : cascade culvert 0XIljJa : car 0XIljJa : carriage 0XIljJa : vehicle 0XIljJa : wagon 0XIljJa O"I151lpo15pojJou : wagon 0XIljJa TPOXO<pOpo : wheeled vehicle 0XIljJa <P0PTIlYO : truck OX81l 8oAaO"O"ae;; : shore Ox81llTOTajJou : bank Olllll : face Olllll : sight

lIeE;IKO YOpOTeXVIKWV OpWV

Olllll Ka8hou lTpol3oAIle;; E1TIlTE15ou : end view of plane

Olllll o1Tl0"8fa : back face 0llllllTAaYla : oblique view 0llllllTAaYla : side view

n lTaYEpOe;; : frigid lTaYEpOe;; : frozen lTaYEpOe;; : glacial lTaYEpOe;; : icy lTaYETOe;; : frost lTaY£TOe;; VUKTEpIVOe;; : night frost lTaYETOe;; OlllljJoe;; : late frost lTaY£TOe;; OlllljJOe;; : spring frost lTaY£Twv : glacier lTaYI15a : pitfall lTayf15a : snare lTayf15a : trap lTayf15a alToppo<PIlO"Ewe;; : absorption

trap lTayf15a aTjJou : steam trap lTaYI15a IOVTWV : ion trap lTayf15a KUjJaTOe;; : wave trap lTayf15a pEujJaTOe;; : electric trap lTOYIOe;; : firm lTOYIOe;; : fixed lTOYIOe;; : stable lTaYlwvw : solidify lTaYlwO"Il : consolidation lTayfwO"Il : solidification lTOYKOe;; : bench lTaYKoO"jJIOe;; : universal lTayol3ouvo : iceberg lTayo8oAajJoe;; : ice (cold) room lTayo8pauO"TIle;; : ice-breaker lTayo8pauo"TIKo (lTAofo) : ice-breaker lTayoKpuO"TaAAoe;; : hoar-frost lToyoe;; : ice lToyoe;; l3u8ou : anchor ice lToyoe;; E1TIlTAEWV : floating ice lToyoe;; ~IlPOe;; (15lo~£f15lo ov8paKOe;;) :

dry ice lToyoe;; TEXVIlTOe;; : manufactured ice lToyoe;; TrIKOjJEVOe;; : loose ice lToyou 8pauO"jJaTa : trash ice

EYE 2000

lTayou UXrll.lCXTlUI.l0t; : ice accretion lTayou TEl.laXICX ElTllTJ\tOVTCX : brash ice lTCXYXPWI.lCXTIKOt; : panchromatic lTaywl.lcx : freezing lTcxYWI.l£vOt; : chilled lTcxYWI.l£VOt; : frozen lTcxywvla : freezing lTcxywvla : frost lTcxywvw : freeze lTCX8IlTIKOTr]TCX : passivity lTCXlxvion : game lTCXKTWVW : grip lTCXACXlOYEWypcxq>icx : palaeogeography lTCXACXlOVTOAOYICX : palaeontology lTCXACXlOt; : old lTCXAlvoP0I.lIlCYIl : regression lTCXAIVOP0I.lIKrl KIVIlCYIl : backward and

forward motion lTCXAIVOP0I.lIKOt; : reciprocating lTCXMppOlCX : tide lTCXMPPOICX IlA1CXKrl : solar tide lTCXMppOlCX CYEAIlV1CXKrl : lunar tide lTCXMppOICX CYU~UYIl.iJV : spring tide lTCXMPPOICX TETPCXYWVICYI.lWV : neap tide lTCXMppOICX TWV TPOlTlKWV : tropical

tide lTCXAlppOloypaq>Ot; : marigraph lTCXAlppolOypaq>Ot; : tide gauge lTCXAIPPOIOI.lETPO : tide gauge lTCXAIPPOIOI.lETPO cxuTOypCXq>IKO :

self-registering tide gauge lTaAAW : shake lTaAAW : vibrate lTCXAI.lIK£t; KIVrlCYEIt; TWV I.lopiwv :

molecular vibrations lTCXAl.llKrl EKK£VWCYIl : oscillatory

discharge lTCXAI.l0ypaq>ot; : oscillograph lTCXAI.l0ypaq>ot; Kcx800lKWV CXKTIVWV :

cathode ray oscillograph lTCXAI.lOI.lETPO : pulsimeter lTCXAI.l0t; : beat lTCXAI.l0t; : pulse lTCXAI.l0t; : vibration lTCXAI.l0t; E~ICYWTIKOt; : equalizing pulse lTCXAI.lOCYj3£CYTIlt; : vibration damper lTCXAI.l0UKOlTlO : oscilloscope

lTCXAOUKI : perch lTCXAOUKI : stake lTcxvfocx : fauna lTCX~ll.laOI : nut lTCX~ll.laOI : screw nut lTCXpcxj30Arl (YEWI.lETPIKrl) : parabola lTCXpcxj3oAIKOt; : parabolic lTCXpcxj3oAOElo£t; EK lTEPICYTPOq>rlt; :

paraboloid of revolution lTcxpcxYYEMcx : order lTCXpaYYEAI.lCX : order lTCXpayoVTCXt; : factor

101

lTCXpayoVTCXt; CXlTWAEIWV : loss factor lTCXpayoVTCXt; ElTIj3paouvCYIlt; :

retardation factor lTCXpayoVTCXt; lTOAUlTAOKOTIlTCXt; :

tortuosity factor lTCXpayovTEt; Eoaq>out; : soil factors lTCXpayovTEt; opOypCXq>IKOI : relief

factors lTCXpayovTEt; lTEplj3aAAoVTOt; :

environment factors lTCXPCXyOVTIKrl cxvaAuCYIl : factor

analysis lTCXPCXyOVTlKrl cyuvapTIlCYIl : factorial

function lTCXPCXYOVTIKOt; : factorial lTcxpayw : produce lTcxpaywycx lTETPEACXIOU : petroleum

products lTCXpcxywYrl : production lTCXpcxYWYrlICYXllOt; : power generation lTCXpcxywYrll.lEyICYTIl : maximum output lTCXpcxywYrl OAIKrl : total output lTCXpcxywYrl PEUI.lCXTOt; : production of

current lTCXpcxywYrl CYUVEXrlt; : non-stop

production lTCXpcxywYrllJ.luXOUt; : refrigerating

production lTCXPCXYWYIKOt; : generating lTCXPCXYWYIKOt; : productive lTCXpcxYWY1KOTrlTCX j3loAOYIKrl :

biological productivity lTCXpcxYWYIKOTIlTCX Kcx8cxPrl : net

productivity lTCXPCXYWYICYIl : differentiation

102

rrapaywyo : product rrapaywyOl J.l0VaOEC; : derived units rrapaywyoc; : derivative rrapaywyoc; : generator rrapaywyoc; : producer rrapaywyoc; Aoyapl8J.11Krl : logarithmic

derivative rrapaywyoc; J.lEPIKrl : partial derivative rrapaywyoc; TOTTlKrl : local derivative rrapaywv YOVIJ.lOTIlTOC; : fertility factor rrapaywv J.lElliH1EWC; : reducing agent rrapaywv 0puKTorroloc; : mineralizing

agent rrapaywv rroAAarrAamaO"J.lOu :

multiplication factor rrapaoEIYJ.laTIKOc; : exemplary rrapaoEKToc; : acceptable rrapaoEKToc; : admissible rrapaoo~o : paradox rrapaooO"Il : delivery rrapaooO"Il EMlTTrlC; : short delivery rrapaooXrl : assumption rrapaEvwO"EIC; : para-compounds rrapa8aAaO"O"loc; AIJ.lEVac; : sea port rrapa8AaO"Il : diffraction rrapa8AaO"Il IlAEKTPOVIWV : electron

diffraction rrapa8AaO"Il CPWTOC; : light diffraction rrapaKaJ.lllJll : by-pass rrapaKEIJ.lEvOC; : adjacent rrapaKOAOu81l0"1l : monitoring rrapaKOAOu8llTrlC; : monitor rrapaKwAuw : interfere rrapaAaJ.lJ3avw : receive rrapaAElrrw : omit rrapaAEllIJll : omission rrapaArlrrTIlC; : addressee rrapaMa : beach rrapaMa : coast rrapaMa : seashore rrapaMa : sea-side rrapaMa : shore rrapaMa arrOKPIlJ.lvoC; : bold coast rrapaMa arroKPIlJ.lvOC; : cliff rrapaMa ErrlrrEooc; : flat coast rrapaMa ErrlrrEooc; : flat shore rrapaMa rrpoO"rlvEJ.lOC; : lee shore

rrapaMa XEIJ.lEplOU KUlJaTOC; : foreshore

rrapaAAaYrl : camouflage rrapaMaYrl : parallax rrapaAAaYrl : variation rrapaAAaKTIKoTIlTa : variability rrapaAAaKTIKoTIlTO acruvEXrlC; :

discontinuous variation rrapaAAaKTIKoTIlTa J.lEcrll : mean

variation rrapaMa~1l Ka8' UlIJOC; : parallax in

altitude rrapaAAa~1l O"TEPEOO"KOTTlKrl :

stereoscopic parallax rrapaMa~1l TEXVIlTrl : camouflage rrapaAAIlAErrlrrEoo : parallelepiped rrapaAAIlAErrlrrEoo KEKAIJ.lEVO :

oblique parallelepiped rrapaMIlAErrlrrEoo op8oywvlo :

rectangular parallelepiped rrapaMIlAIO"J.lOC; : parallelism rrapaMIlAoypaJ.lJ.lo : parallelogram rrapaMIlAoc; : parallel rrapaMIlAoc; TOU 1001lIJEPIVOU : line of

latitude rrapaAuO"Il : paralysis rrapaJ.layvllTIKOC; : paramagnetic rrapaJ.lEVW : stay rrapaJ.lEO"IlJ.lJ3Plvoc; : ex-meridien rrapaJ.lETpOI olaO"rropac; : dispersion

parameters rrapalJETpOC; : parameter rrapaJ.lOPCPWJ.lEVOC; : buckled rrapalJoPCPwvw : deform rrapaJ.loPCPwvw : distort rrapaJ.loPCPwO"Il : deformation rrapaJ.loPCPwO"Il : strain rrapaJ.loPCPwO"Il apJ.l0VIKWV : harmonic

distortion rrapaJ.lopcpwO"Il ypaJ.lIJ1Krl : linear

distortion rrapaJ.loPCPwO"Il ywvlaKrl : angular

deformation rrapaJ.loPCPwO"Il EAaO"T1Krl : elastic

strain rrapaJ.lopcpwO"Il ECPEAKUO"J.lOU : tensile

strain

EYE 2000

rropo l-lopq>WO'Il IlXIlTlKrl : acoustic distortion

rropol-lopq>wO'Il m:oiou : field distortion

rropol-lopq>WO'llrrAc'iToue; : amplitude distortion

rropol-lopq>wO'Il O'UXVOTIlTae; : frequency distortion

rropol-lopq>wO'Il q>OO'EWe; : phase distortion

rropOVoI-IOO'Trle; : denominator rropOVOI-IOO'Trle; KOIVOe; : common

denominator rrOpOrrETaO'l-Io : blind rroporrEToO'l-Io : curtain rroporrEToO'l-Io : screen rroporrEToO'I-IO Korrvou : smoke

curtain rroporrEToO'l-Io Korrvou : smoke

screen rroporrEToO'I-IO O'UO'KOTiO'EWe; : night

screen rroporrAwpoe; : adjoining rroporrAwpoe; : collateral rroporrAwpoe; : contiguous rroporrArlPWI-I0 TO~OU : supplement of

an arc rroporrAIlPWI-I0TlKtl ywvio :

supplementary angle rroporrAIlPWI-I0TIKOe; : supplementary rroporrAtlO'loe; : similar rroporroillO'Il : counterfeiting rroporroillO'Il : forgery rroporrol-lrrtl : reference rroporroTol.1I0e; AII-iEVOe; : river port rroporroTaI-lOe; : tributary rropOpTlll-iO (j3Ij3Aiou) : annex rropopTlll-iO (j3Ij3Aiou) : appendix rrOpOpTlll-iO Eq>IlI-iEpiooe; : supplement rropoO'lTo OTI-IOO'q>OIPIKO :

atmospherics rropoO'lTa 90AoO'O'Ile; : sea clutter rropoO'lTo : parasite rropcwToO'Il : representation rropoO'TaO'Il YEWI-IUPIKtl : geometrical

graph rropoO'TaO'Il ypOq>IKtl : graph

rropOO'TOTEe; : side poles rropoTaO'llrrP09EO'l-lioe; : extension rrOpOTElVW : extend rrOpOTElVW : prolong rrOpartlPIlO'Il : observation rrOpoTtlPIlO'Il : remark rrOpartlPIlO'Il : sight rrOpartlPIlO'Il : spotting rrOpartlPIlO'Il OO'TPOVOl-IlKtl :

astronomical observation rropOTIlPIlTtlPIO : crew's nest rropoTIlPIlTtlPIO : observatory rropoTIlPIlTtlPIO : watch box rropoTIlPIlTtle; : observer rropOTIlPIlTtle; OEpOe; : air observer rropoq>lvEAaJo : paraffin oil rropEiO'ouO'Il : intrusion rropEKKAivw Tile; rropEioe; : deviate rropEKKAIO'Il : declination rropEKKAIO'Il : deflection rropEKKAIO'Il : deviation

103

rropEKKAIO'Il rrpoe; Ta rriO'w : leeway rropEKTporrtl : deflection rropEKTporrtl : deviation rropEKTporrtl rrAWplKtl : lateral

deviation rropEKTpOrrOI-iETPO : deviatometer rrOpEAK0I-IEVO : accessories rrOpEAK0I-IEVO : components rropEI-lj3oMw : insert rrOpEI-lj3oO'Il : intervention rrOpEI-lj3ol\ft : insertion rropEI-lj3oAtl : interference rrOpEI-lj3ol\ft : interpolation rrOpEI-lj3ol\ft YP0I-II-IIKtl : linear

interpolation rrOpEl-irrOolO'Il : interception rrOpEI-lq>EPtle; : resembling rropEv9EO'il : parenthesis rropEvoxAIlO'Il : interference rropEvoxAw : obstruct rrOpOOIKrl rrvorl OVEI-I0U : transient

blast of wind rropol-iOIOe; : similar rropOVOI-IOO'Ttle; : denominator rropOVOI-IOO'Ttle; EAoXIO'TOe; KOIVOe; :

lowest common denominator

104

TTOPOTTAIO"J,JEVOe; : laid up TTOpOX~ : discharge TTOpOX~ : flow rate TTOpOX~ : supply TTOpOX~ EIOIK~ : specific discharge TTOpOX~ EAOIOU : oil supply TTOpOX~ TTArlP0<P0PIWV : briefing TTOpOX~ TTOTOJ,JOU : discharge of a river TTopox910e; : riparian TTopox910e; : riverside TTOpOXIKOe; KpOUVOe; : delivery cock TTOpU<P~ : edge TTOpU<p~ : edging miO"o : screw pitch TTOO"O TOPVOU : cut TTOO"O TOpVOU : cutting TTOO"O"OAOO"OVIOO : sheet pile TTOTWJ,JO : floor TTOUAO : dash TTOUO"Il : cessation TTOUO"Il : interval TTOUO"Il : recess TTOUO"Il : stoppage TTO<pAOO"J,JOe; : bubbling TTOXEO EAQlO : fatty oils TToxvll : ground frost TToxvll : hoar - frost TTOXOe; : fat TTOXOe; : thickness TTOxOe; opJ,Jwv : joint spacing TTOxOe; OIOO"TpWO"EWe; : depth of filling TTOXOe; J,JETOTOTTlO"Ile; : displacement

thickness TTOXUJ,JETPO : thickness gauge TTOXUVO"Il : fattening TTOXUVW : fatten TTOXUe; : fat TTEOIlO"Il : braking TTEOIlO"Il IlAEKTPIK~ : electric braking TTEOIlO"Il IlAEKTPOJ,JoyvIlTIK~ :

electromagnetic braking TTEOIO J,J1l O"UVTIlPIlTIKO :

nonconservative fields TTEOIOOO : plain TTEOIAO : pedal TTEOIAO : shoe pad TTEOIAO : skid

TTEOIO : field TTEOIO : plain

l\e~IKO yoporexvlI<.c!w OPWV

TTEOIO OKOUO"TIKO EAEU9EPO : free sound field

TTEOIO OKTlvo!3oMoe; : radiation field TTEOIO OO"TPO!3IAO : irrotational field TTEOIO y~lvo J,JOYVIlTIKO : earth's

magnetic field TTEOIO OIOVUO"IJOTIKO : vector field TTEOIO EVOAAOO"O"0IJEVO : alternating

field TTEOIO IlAEKTPIKO : electric field TTEoio IlAEKTPOIJOYVIlTIKO :

electromagnetic field TTEOIO IlAEKTPOO"TOTIKO : electrostatic

field TTEOIO IJOYVIlTlKO : magnetic field TTEOIO IJOYVIlTIKO Y~IVO : terrestrial

magnetic field TTEOIO OTTTIKO : field of vision TTEOIO OpOo"EWe; : field of vision TTEOIO oPOToTIlTOe; : field of view TTEOIO po~e; : flow field TTEOIO O"UXVOT~TWV : frequency domain TTEOIO TOXUTIlTOe; : velocity field TTEOIO TIIJWV : range TTEOIO UlIJllAWV TTlEO"EWV : high -

pressure field TTEOIO XOIJIlAWV TTlEO"EWV : low -

pressure field TTEOIO XPOVIKO : time domain TTEOIO W<PEAIJ,JO : useful field TTEOIOU EVTOO"Il : field strength TTEOIOU pU9IJlo"T~e; : field regulator TTElPO : experience TTEiPO EIOIK~ : particular experience TTEiPOIJO : experiment TTElPOIJO wO"To9EIOe; : experiment of

stability TTElpOJ,JOTI~OIJQI : experiment TTEIPOIJOTIKOe; : experimental TTElpOe; OYKlo"TpWo"EWe; : anchor pin TTElpOe; OKpO~OVIOU : king - pin TTEipoe; oO"<poAEioe; : safety pin TTElpOe; OUAOKO<pOpOe; : notched pin TTEAOYIKOe; : pelagic TTEAoyoe; : sea

EYE 2000

TTtJ\OYOC; OVOIKTO : open sea TTtJ\I-IO Atj3IlTa : boiler foot TTEJ\WPIOC; : enormous TTEJ\WPIOC; : gigantic TTEJ\WPIOC; : huge TTtVVO: pen TTtVO"O : nipper TTEVTaYWVIOC; : pentagonal TTEvTaywvo : pentagon TTEvTaEopo : pentahedron TTEvTaJ\ : pedal TTETTOJ\OIWl-ltVOC; : obsolete TTETTEIPOl-ltvoc; : experienced TTETTEPOO"I-Itvo O"TOIXEfo : finite

elements TTETTEPOO"l-ItVEC; OIO<POptC; : finite

differences TTETTEPOO"I-Itvoc; : finite TTETTEPOO"I-Itvoc; TTJ\Il9uO"l-IoC; : finite

population TTETTEPOO"I-Itvoc; xwpOC;

OEIYl-laTOJ\lllJ.lfoC; : finite sample space

TTETTlEO"l-ItvoC; of}p : compressed air TTETTlEO"l-ItVOU otpoc; EYKoToO"TaO"EIC; :

compressed air plant TTETTlEO"l-Itvou otpoc; I-IETPIlTf}C; :

compressed air meter TTETTJ\OTUO"I-Itvoc; : flattened TTEPIOUXtV10 : flange TTEPIOUXtV10 : horse collar TTEPIOUXtV10 KIVIlTO : removable flange TTEPIOUXtV10 O"wJ\f}vo : pince TTEPIOUXtV10 TU<pJ\O : blind flange TTEplj3aJ\J\ov : environment TTEplj3aJ\J\ov : surrounding TTEplj3aJ\J\ouO"o : envelope TTEplj3aJ\J\wv : ambient TTEpfj3J\lll-io : casing TTEpfj3J\lll-io : envelope TTEpfj3J\lll-io : housing TTEpfj3J\lll-io : jacket TTEpfj3J\lll-io : shell TTEpfj3J\lll-io : sleeve TTEpfj3J\lll-io OTTO xaJ\uj3o : steel case TTEpfj3J\lll-io OTTO xaJ\uj3o : steel

envelope

105

TTEpfj3J\Il1-l0 olaTPIlTo : perforated casing

TTEpfj3J\lll-io E~WTEPIKO : outside casing TTEpfj3J\lll-io EO"WTEPIKO : lining TTEpfj3J\lll-io TTPOO"TaTWTIKO : protective

casing TTEPIj30J\f} : covering TTEPIj3PEX0I-IEVOC; UTTO 90J\aO"O"IlC; :

sea-girt TTEpfypol-il-io : template TTEpfYPol-il-io : templet TTEplypO<pf} : description TTEPIYPO<PIKOC; : descriptive TTEPIOtpOiO : collar TTEPIOtpOio : neck TTEpfoEO"Il : bandage TTEplofVIl : spinning TTEplofVIlO"Il : spin TTEPIEKTIKOTIlTa : capacity TTEPIEKTIKOTIlTO : content TTEPIEKTIKOTIlTa O"E 9EPtJoTIlTa : heat

content TTEPIEKTIKOTIlTO O"E VEPO : water

content TTEPIEKTIKOTIlTO O"E Tt<ppO : ash content TTEPltJ\I~1l : coil TTEPltJ\I~1l : fag TTEPltJ\I~1l : parceling TTEPltJ\I~1l : rounding TTEPltJ\I~1l : winding TTEPltJ\I~1l OVTlTTOJ\WTIKf} :

antipolarising winding TTEPltJ\I~1l OE~IOo"TPO<POC; : clockwise

(right handed winding) TTEPltJ\I~1l OIO<pOPIKf} : differential

winding TTEPltJ\I~1l EKKIVf}o"EWC; : starting

winding TTEPltJ\I~1l ETroywYIl-iOU : armature

winding TTEPltJ\I~1l OI-iOKEVTPIKf} : concentric

winding TTEPltJ\I~1l TToMoTTJ\f} : sandwich

winding TTEPltJ\I~1l TTPWTEUOUO"O : primary

winding TTEPltJ\I~1l O"TTEIPOEIOf}C; : spiral winding

106

TTEPIEAI~1l O"uYKpaTllo"Ewe;; : holding winding

TTEPIEAI~1l O"UV9ETOe;; : coupled winding TTEPIEAI~1l U4IIlAr'ie;; EVTaO"EWe;; : high

tension winding TTEPIEAI~1l <pao"EWe;; : phase winding TTEPIEAfO"O"W : cackle TTEPIEAfO"O"W : round TTEPIEAfO"O"W : seize TTEPIExollEva : contents TTEPIEXOIlEVIl uypaO"fa : moisture

content TTEpf~wlla : belting TTEPI9wPIO : frame TTEPI9wPIO : margin TTEPI9wPIO aO"<paAEfae;; : margin of

safety TTEplKaAulllla : housing TTEpfKAEIO"TOe;; : enclosed TTEPIKOXAIO : butterfly hub TTEPIKOXA10 : hub TTEPIKOXAIO : nut TTEPIKOXAIO : screw nut TTEPIKOXAIO : screw vice TTEPIKOXAIO aO"<paAEfae;; : lock nut TTEPIKOXAIO aUTaO"<paAI~oIlEVO : self -

locking nut TTEPIKOXAIO EVWO"EWe;; : union nut TTEPIKOXAIO KIVOUIlEVO : traveling nut TTEPIKOXAIO KUKAIKO : circular nut TTEPIKOXAIO KUKAIKO : holed nut TTEPIKOXAIO IlETaTI9EIlEVO : traveling

nut TTEPIKOXAIO TTpoO"apIlOYr'ie;; :

adjustment nut TTEPIKOXAIO pu9llfo"EWe;; : adjusting nut TTEPIKOXAIO o"TEpEWo"EWe;; : anchor nut TTEPIKOXAIO O"UVOEO"EWe;; : coupling nut TTEPIKOXAIO TETpaywvo : square nut TTEP1AafillO : collar TTEP1AafillO : shield TTEP1AafillO O"uYKoAAIlTO : welded

collar TTEP1AafillO TEllaXIO"To : split collar TTEpfAIl4l1l : abstract TTEpfAIl4l1l : summary TTEpfIlETpOe;; : circumference

IISc;lKO YOpOTSXVIKc!W OpWV

TTEpfIlETpOe;; : contour TTEpfIlETpOe;; : perimeter TTEpfIlETpOe;; j3pExollEVIl : wetted

perimeter TTEPIOOIKO : bulletin TTEPIOOIKO : journal TTEPIOOIKO : magazine TTEPIOOIKOf aVEllol : periodical winds TTEPIOOIKOe;; : periodic TTEPIOOIKOe;; : periodical TTEPIOOIKOe;; TTfvaKae;; : periodic table TTEPIOOIKoTIlTa : periodicity TTEploooypalllla : periodogram TTEpfoooe;; : cycle TTEpfoooe;; : period TTEpfoooe;; aTToKoTTr'ie;; : blocking period TTEpioooe;; j3poxr'ie;; : rain period TTEpfoooe;; TTaAaroYEvr'ie;; : palaeogene

age TTEpfoooe;; TTaAaroAI9IKr'i : Palaeolithic

period TTEpfoooe;; O"lyr'ie;; : silent period TTEpfoooe;; <pUO"IKr'i : natural period TTEPIOpf~w : bound in TTEPIOpf~w : restrict TTEPIOPIO"IlEVOe;; : confined TTEPIOPIO"IlEVOe;; : limited TTEPIOpIO"IlOe;; : limitation TTEPIOpIO"IlOe;; EU9uVIle;; : limitation of

liability TTEPIOpIO"Tr'ie;; : restrictor TTEPIOpIO"Tr'ie;; 90puj3ou : noise limiter TTEPIOXr'i : area TTEPIOXr'i : ground TTEPIOXr'i all<Plj3oAfae;; : area of doubt TTEPIOXr'i aTToj3aO"EWe;; : landing area TTEPIOXr'i aTToooxr'ie;; : region of

acceptance TTEPIOXr'i aTTOppf4lEWe;; : rejection

region TTEPIOXr'i apoEUollEVIl : irrigated region TTEPIOXr'i oaO"oO"KETTr'ie;; : forest TTEPIOXr'i oaO"wOIle;; : wooden region TTEPIOXr'i olaO"TTopae;; : dispersal area TTEPIOXr'i EAa<ppwe;; KUlJaTOElor'ie;; :

undulating ground TTEPIOXr'i EAwOIle;; : marshy ground

EYE 2000

lTEPIOXrl EVEPY0'; : effective range lTEP10Xrl ElTIKOIVwvfa.; : signal area lTEPIOXrl ElTflTd50.; : flat country lTEPIOXrl ElTIO"q>aArl'; : unsafe region lTEP10Xrl KPIO"II.Hl : critical region lTEPIOXrl AOq>woll'; : hilly ground lTEPIOXrl lTETpwoll'; : rocky ground lTEPIOXrl O"TOX0'; : target area lTEPIOXrl O"UVTIlPrlO"Ew,; : maintenance

area lTEPIOXrl O"UxvOTllw,; : frequency

range lTEPIOXrl TPOlTlKOU Kl\flJaTo,; : tropical

region lTEPIOXrl XaIJIlM.; lTIto"EW'; : low -

pressure area lTEpllTol\fa : patrol lTEPIlTOAW : patrol lTEpflTOU : about lTEpflTTWO"Il : case lTEpfO"O"Ela : excess lTEpfO"O"Ela atpa (o"E KauO"Il) : excess

of air lTEpfO"O"EIa atpa (o"E KauO"Il) : surplus

of air lTEPlo"o"O'; : superfluous lTEPIO"Tptq>OlJm : rotate lTEPIO"TPEq>OIJEVO'; : revolving lTEPIO"Tptq>W : roll lTEPIO"Tpoq>ta.; : rotor lTEPIO"Tpoq>ta.; : swivel lTEPIO"TPOq>rl : curl lTEPIO"TPOq>rl : gyration lTEPIO"TPOq>rl : revolution lTEPIO"TPOq>rl : rotation lTEPIO"TPOq>rl avooou : upward roll lTEPIO"TPOq>rl aplo"TEpOo"TpOq>O'; :

counter clock wise rotation lTEPIO"TPOq>rl ppaoda : slow roll lTEPIO"TPOq>rl E~WTEPIKrl : outside roll lTEPIO"TPOq>rl Til'; Yll'; (lTEpf TOV a~ova

Til';) : rotation of earth lTEPIO"TPOq>rl Til'; Yll'; (lTEpi TOV rlAIO) :

revolution of earth lTEPIO"TPOq>IKrl aVTl\fa : rotary pump lTEPlo"TpOq>IKO'; : revolving lTEPIO"TPOq>IKO'; : rotary

107

lTEPIO"TPOq>IKO'; q>avo.; : revolving light lTEPITOIXIO"lJa : enclosure lTEPITTO'; : odd lTEPITTO'; apl9lJo,; : odd number lTEPITuAIYlJa : envelope lTEPITuAIYlJa : rounding lTEPITUAI~1l : covering lTEPITUAI~1l : wrapping lTEPIq>tpEla : circumference lTEPIq>tpEla : periphery lTEPIq>EpElaKo,; : circumferential lTEplq>opa : revolution lTEplq>paYlJa : fence lTEpfq>paYlJa : screen lTEplq>paYlJa : screening lTEplq>paYlJa : shield lTEplq>paYlJa IX9uOTPOq>EIOU : peg lTEplq>pa~1l : shielding lTEplq>pa~1l IJE O"uplJa : wire fence lTEPl\fTIl'; : pearlite lTEPl\fTIl'; : perlite lTEPOVIl : bolt lTEPOVIl : cotter pin lTEPOVIl : fork lTEPOVIl : pin lTEPOVIl : splint lTEPOVIl : split pin lTEPOVIl aKpootKTIl : terminal pin lTEPOVIl aO"q>aAEla.; : safety pin lTEWAOUOa : butterfly lTETaAOUOa : throttle lTETaAOUOa : wing nut lTETaAOUOa pU91J10"EW'; IJIYlJaTO'; :

butterfly throttle lTEraO"lJa EK lTaO"O"aAoO"avlowv :

sheetpile curtain lTErpa : stone lTETpEAa"IKo,; m9rlP : gasoline lTETptAmo : light oil lTETptAmo : oil lTETptAmo : petrol lTETptAmo : petroleum lTETptAmo : rock oil lTETptAmo aKa9apTo : crude oil lTETptAmo KauO"Ew,; : fuel oil lTETptAmo IJllxaVwV VTrl~EA : diesel oil lTETptAmo q>WTIO"TIKO : lamp oil

108

TTETpEAmo q>WTICHlKO : luminating oil TTETpEAmoaEplO : petroleum gas TTETpEAmoOE~aJ,JEV~ : fuel tank TTETpEAmoKauo"T~pac; : oil burner TTETpEAmOKIV'lT~pac; : petrol motor TTETpEAmoAEi3'lTaC; : fuel oil boiler TTETpEAmoJ,J'lxav~ : oil engine TTETpEAmoJ,J'lxav~ : petrol engine TTETpEAmOTT'lY~ : oil - well TTETpEAmoq>opo : oil tanker TTETpEAmoq>opo : tanker TTETPOYEVEo"'l : petrogenesis TTETpoypaq>ia : petrography TTETPWO'lC; : stony TTETpwJ,Ja : rock TTETpwJ,Ja aOlaTTEpaTO : impermeable

rock TTETpwJ,Ja moAIKo : aeolian rock TTETpwJ,Ja apYIAIKO : argilaceous rock TTETpwJ,Ja EKP'l~IYEVEC; : eruptive rock TTETpwJ,Ja EKP'l~IYEVEC; : eruptive stone TTETpwJ,Ja 'lq>mO"TEloYEVEC; : volcanic

rock TTETpwJ,Ja 9pauO"J,JaToTTaYEC; : clastic

rock TTETpwJ,Ja 1~'lJ,JaToYEvEC; : sedimentary

or stratified rock TTETpwJ,Ja 1~'lJ,JaToYEvEC; : sedimentary

rock TTETpwJ,Ja J,JaYJ,JaToYEvEC; : igneous rock TTETpwJ,Ja O~IVO : acid rock TTETpwJ,Ja TTUPIYEVEC; : igneous rock TTETpwJ,Ja TTUPITIKO : siliceous rock TTETpwJ,Ja O"TPWO"IYEVEC; : sedimentary

rock TTETpwJ,Ja o"TPWO"IYEVEC; : stratified rock TTETpwJ,Ja UOaTOO"TEYEC; : impermeable

rock TTETpwJ,Ja UOpOTTEPaTO : permeable

rock TTETpwJ,Ja xaAa~IaKO : quartz rock TTETpwJ,JaTa TTpoO"xwJ,JaTIKa :

sedimentary rocks TTilyaol : pit TTilyaol : well TTilYEC; J,JETaMIKEC; : mineral springs TT'lYrl : source

1\E;~IKO YOpOmXVLKWV OpWV

TT'lYrl : spring TT'lYrl apTEo"lav~ : artesian spring TT'lYrl EVEPYElac; : source of energy TT'lY~ 'lX'lTIKrl : source of sound TT'lYrl TTapOXrlC; : source of supply TT'lY~ PWYJ,JaTOYEV~C; : fissure spring TT'lYrl 0"'lJ,JE1aKrl : point source TT'lYrl uoaToc; : spring or fountain TT'loaAIO : control wheel TTiloclAlo : helm TT'loaAlo olw9uvO"EWC; : rudder TT'loaAlo olw9uvO"EWC; : rudder control TT'loaAIO TTpwpaio : bow rudder TT'loaAlo XEIPIO"TrlPIO : hand steering

gear TT'loaAIOUXw : steer TTrlO'lJ,Ja: leap TTrlO'lJ,Ja : spring TTilAiKO : quotient TTilAiT'lC; : clay TT'lAoJ,Japya : loamy marl TTilAoTTAaO"T1Krl : pottery TTilAoC; : loam TTilAoC; TTaYETwvIKOC; : glacial clay TT'lMC; q>opJ,Jac; : mould clay TTilAwOEC; ETTiO"TpwJ,Ja : clay floor TTilvio : bobbin TTilvio : choke TTilvio : coil TTilvio : radio choke TTilvio : reel TTilvio : spool TTrlXUC; J,JETPIKOC; : surveyor's bar TTrlXUC; xwpoO"Ta9J,JiO"EWC; : leveling

staff TTioaKac; : fountain TTioaKac; EAaiou : oil jet TTlE~OJ,JETPIKOC; : piezometric TTlE~OJ,JETPO : piezometer TTlE~OJ,JETPO OIaq>OPIKO : differential

pressure gauge TTlE~OJ,JETPO J,JE olaq>paYJ,Ja : diaphragm

pressure gauge TTlE~OJ,JETPO TTPOTUTTO : standard

pressure gauge TTlE~OJ,JETPO uopapyuplKO : mercury

gauge

EYE 2000

lTIE~W : press ufE(Jrl : pressure UIE(Jrl : stress UiEO"Il ClEpfwv : gas pressure UiEO"Il ClVEf.lOU : wind pressure UfEO"Il ClUOAUTIl : absolute pressure UfEO"Il ClUOTEAEO"f.lClT1Krl : effective

pressure UfEO"Il ClTf.lOAEPIlTCI : boiler pressure UiEO"Il ClTf.lOO"q>mpIKrl : atmospheric

pressure UiEO"Il ClTf.lOU : vapor pressure UiEO"Il OUVClf.lIKrl : dynamic pressure UfEO"Il EIOIKrl : specific pressure UfEO"Il EIO"ClYWYrl~ : manifold pressure UiEO"Il ElTIq>ClVEIClKrl : surface pressure UiEO"Il IlAEKTpOo"WTI Krl : electrostatic

pressure UiEO"Il IlpEf.liCl~ : stagnation pressure UiEO"Il KClVOVIKrl : normal pressure UIEO"Il KOPEO"f.lEVOU ClTf.lOU : saturation

pressure UIEO"Il KpiO"lf.lll : critical pressure UiEO"Il AEITOUpyfCl~ : working pressure UfEO"Il f.lEPIKrl : partial pressure UiEO"Il f.lEO"Il : mean pressure UiEO"Il f.lEWPAIlTrl : variable pressure UiEO"Il OAIKrl : total pressure UiEO"Il OO"f.lWT1Krl : osmotic pressure UiEO"Il uopwv : pore pressure UiEO"Il PWO"TOU : fluid pressure UiEO"Il O"W8EPrl : constant pressure UiEO"Il O"TClTIKrl : static pressure UiEO"Il UOPOOUVClf.lIKrl : hydrodynamic

pressure UiEO"Il UOpOo"WTIKrl : hydrostatic

pressure lTIEO"TrlPIO UOPClUAIKO : hydraulic press lTI8C1VO f.lEYE8o~ : probable value lTI8C1VO~ : probable lTI8C1vOTIlTCI : probability lTISClVOTIlTCI uuo O"UVSrlKIl : conditional

probability lTISClVOq>OVEICI : likelihood ufvClKCI~ : board UiVClKCI~ : panel UiVClKCI~ : table

UiVClKCI~ OIClVOf.lrl~ : switch board UiVClKCI~ EAEYXOU : control panel UiVClKCI~ EVOEl~EW~ : dial UiVClKCI~ 'lAEKTPIKO~ : switch board UiVClKCI~ KClTClVClAWo"EW~ :

109

consumption table UfVClKCI~ KOIVrl~ lTISClVOT'lTCI~ : joint

probability table UiVClKCI~ AOYClpiSf.lwV : table of

logarithms UiVClKCI~ f.lETClTpOUrl~ : conversion

table UiVClKCI~ OAOKA'lPWf.l0TWV : table of

integrals UiVClKCI~ oPyovou : instrument board UfVClKCI~ oPyovwv : dashboard UiVClKCI~ UClAIPPOIWV : tide table UfVClKCI~ UEPIEXOf.lEVWV : table of

contents UfVClKCI~ UEPIEXOf.lEVWV ClAq>ClPIlTIKo~

: index UfVClKCI~ UEPIOOIKOU O"Uo"Trlf.lCITO~ :

periodic table UiVClKCI~ UA'lpOq>OPIWV : reference

table UfVClKCI~ O"UXVOT'lW~ : frequency table UfVClKCI~ W~IVOf.lrlo"EW~ : classification

table UfVClKCI~ WXUTrlTWV : speed table UfVClKCI~ XEIPIO"Tllpfwv : dashboard UfVClKE~ UClPEtJPOArl~ : interpolation

tables lTIVClKfoCl : label lTIVClKfoCl : sign lTIVClKfoCl : tag lTIVEAO : brush lTIVEAO : kedge lTIVEAO : paint brush lTIO lTISClVO~ ClPIStJO~ : most probable

number (MPN) uiO"O"CI : pitch ufO"O"CI : tar uiO"O"CI ovuopo~ : dehydrated tar ufO"O"CI KClTEIPYClO"tJEvll : refined tar ufO"O"CI ~UAOU : wood tar ufO"oCl OOOOTPWf.lOTWV : road tar ufooCl UEUKIl~ : pine pitch

110

TTfcrcra TlJPCPI1«; : peat tar TTfcrcra CPUT1Ktl : vegetable pitch TTfcrcra cpwTa£pfou : coal tar mcrcrav8paKa«; : pitch coal mcrcrEAOIo : tar oil mcrcrocrKupoKOvfaJ.la : tar concrete TTfcrcrwJ.la : tarring mcrcrwvw : tar mcrToAI : pistol mcrTovl : piston mcrTOTTOfl1crl1 : certification mcrTolTofl1crl1 Epwva«; : searching

note mcrTolTofl1crl1 TaUToTI1Ta«; :

identification mcrTOlTOll1TIKO : certificate mcrTOlTOll1T1KO aTTOAUJ.l0VO£w«; :

certificate of disinfection mcrTOlTOll1T1KO acrcpaAtfa«; : insurance

certificate mcrTOlTOll1TIKO olal3ll3oo£wv : pass mOToTTolW : certify mOToTI1Ta : fidelity TTfoTWcrl1 : credit mcrTWTtl«; : creditor TTfow : back TTfow : behind TTAayfa ollJl1 : profile TTAOYIO«; : oblique TTAOYIO«; OV£J.lo«; : wind abeam TTAayfw«; : edgewise TTAaYKTo : plankton TTAafO"lo : frame TTAafO"lo : mounting TTAafO"lo : panel TTAafO"lo 8upa«; : door casing TTAafO'io 8upa«; : door-frame lTAOIO"IWVW : frame TTAOKa: plate TTAoKa: slab TTAOK£«; TTaYXPWJ.laTIKE«; :

panchromatic plates TTAaKfolo : tile TTAaKfolo oaTTEoou : floor tile TTAaKfolO Tofxou : wall tile TTAOVI1 : planning machine TTAavl1TIKo«; : planetary

/\E:~IK6 YOpOTEXVIKWV 6pevv

TTAOVO: plan TTAOcrlJ.lO : formation TTAOcrlJ.lO : modeling TTAacrJ.laTIKo«; : fictitious TTAocrTlyya : balance TTAocrTlyya a£pOOUVaJ.lIKtl :

aerodynamic scale TTAacrTIKE«; UA£«; : plastics TTAOTO«; : range TTAOTO«; : width TTAOTO«; y£wypacplKo : latitude TTAOTO«; Y£WK£VTPIKO : geocentric

latitude TTAOTO«; OAIKO : overall width TTAOTO«; TaAaVTWO£wv : amplitude of

oscillation TTAOTO«; CPOlV0J.l£VIKO : apparent

latitude TTAOTU<; : broad TTAaTu«; : large lTAaTu«; : wide TTAaTcpoPJ.la : platform TTAEYJ.la : grid TTAEYJ.la : mesh TTAEYJ.la : netting TTAtYJ.la : network TTA£IOVOTI1Ta : majority TTA£KTO KaAwolo : broided cable TTAtKW crXOIvf : lay a rope TTAt~IYKAa«; : plexiglas TTA£oVa0J.la : excess TTA£oVa0J.la : surplus TTA£OVEKTI1J.la : advantage TTA£OV£KTIKO«; : advantageous TTAWPO : rib TTAWPO : side TTAWPO : wing TTAWPO £OWT£PIKtl : inside TTAWpf~w : accost TTAWpf~w : come alongside TTAWpf~w : haul alongside TTA£UO"IJ.lO«; : navigable TTAEW : navigate TTAtW : sail TTAtlYJ.la KPIOU : water hammer TTM8o«; : population TTAl18uoJ.lo«; OTT£IPO«; : infinite

EYE 2000

population rrAIl9uO"J.l0C; J.lEPIKOC; : partial

population rrAIl9uO"J.l0C; OAIKOC; : total population rrArlKTpa ypa<p0J.lllxav.,c; : keys rrAIlKTpoAoYlo : keyboard rrAIlJ.lJ.lUpa : flood rrAIlJ.lI.lUpa : inundation rrAlll.ll.lUpa : overflow rrAlll.ll.lUpa I.lEyfO"TIl : maximum flood rrAlll.ll.lupfC; : high water rrAlll.ll.lupfC; KOI 0l.lrrwTlC; (rraMppOla) :

flood and ebb rrAlll.ll.lUpWV EAEYXOC; : flood control rrArlPIlC; : complete rrArlPIlC; TUXOIoTIlTa : complete

randomization rrArlpwc; TuPl3wollC; pOrl : fully

turbulent flow rrAollYw : navigate rrAwPIl : bow rrAwPIl : prow rrAwPIl : stem rrAwTrlpac; : float rrAwToc; : navigable rrolKfAoC; : various rroloTIlTa : quality rroloTllra VEPOU : water quality rroAIKoTIlTa : polarity rrOAITIKOC; : civil rrOAITIKOC; : political rroAITIKOC; I.lllxaVIKoc; : civil engineer rroMarrArlrraAlvopOl.lllO"Il : multiple

regression rroAoc; : pivot rroAoc; : pole rroAoc; 9ET1KOC; : positive pole rroAu1309J.11a aVTMa : multistage pump rroAul3a91.llKOc; : multistage rroAuywvo a9polO"T1KrlC; O"UxvoTIlTac; :

cumulative frequency polygon rroAuywvo O"uxvoTllrac; : frequency

polygon rroAuoloO"TaToc; : multivariate rrOAUI.lEPrlC; : diversified rrOAUI.lEPrlC; OE~al.lEvrl : multisectional

dock

rroAurrAoKoc; : complex nOAUTEXVEfo : Technical University rroAuwvuJ.lo : polynomial rroAwO"Il : polarization rrovTf~w : cast anchor rrovTf~w : drop anchor rrovTIO"Il : dropping the anchor rropda : route rropda pOrlC; : path of flow rropoc; : pore rropwoEC; (loloTIlTa) : porosity rropwollC; : porous rroO"ll.lo VEPO : drinking water rroO"IJ.lOC; : potable rroO"oTIlTa : quantity rroO"oTIlTa KIVrlo"EWC; : momentum rroO"oTIlTEC; l3a9l.lwTEc; : scalar

quantities rrOTal.lOKI : creek rrOTOI.lIOC; AII.lEvac; : river harbor rrOTOI.lIOC; AII.lEvac; : river port rrOraJ.lfO"Koc; : rivulet rrOTaI.lOc; : river rroral.lOc; rrAwToc; : navigable river rrouvEvTEC; : westerly wind rrouvEvTEC; : West-wind

111

rrouvEvTEC; : zephyr rrouvEvToyapl.lrr.,c; : West-South-West

wind rrouvEVT0l.ldi"O"TP0C; : West-North-West

wind rrpaYl.laT1Krl E~aTJ.lIO"ooJarrVorl : actual

evapotranspiration rrpaYl.laTIKOc; : real rrpIO"J.laTIKOc; : prismatic rrpoavaYYEMa KaTOIyfoac; : storm

warning rrpooO"T1o : suburb rrpol3Af.rrw : predict rrpol3AElIlll : ;Jrediction rrpol3Arlrac; : pier rrpol3Arlrac; ~uAlvoC; : jetty rrpol3oArl op9rl : orthogonal projection rrpol3oArl op90ypa<pIKrl : orthographic

projection rrpol3oAoc; : bowsprit rrpol3oAoc; : braquet

112

rrpo(3oAos : cantilever rrpo(3oAos : projection rrpoyvwcrll KaJPOU : weather forecast rrpoypaJ,JJ,Ja : program rrpoypaJ,JJ,Ja OpoEUcrllS : irrigation

schedule rrpoypaJ,JJ,JaTlcrJ,Jos opoEUcrllS :

irrigation schedule rrpollyouJ,JEVIl uypacrlOK~ KaTocr1Ocrll

TOU EOOq>OUS : antecedent soil water conditions

rrpo"lov : product rrpoKaTapKTIKoS : preliminary rrpoKAllcrll (3pox~s : rain making rrpoKuJ,Jafa : quay rrpoKuJ,Jafa : wharf rrpoJ,JEAETIl : preliminary study rrpovoJ,JlaK~ po~ : preferential flow rrporrEAa : propeller rrpocraJYIOAwcrll : beaching rrpocroJ,JJ,Jwcrll : silting rrpocrapaYJ,JEvos : grounded rrpocrapaYJ,JEvos : stranded rrpocrapJ,Joy~ : adjustment rrpocrapJ,Joy~ : fitting rrpocrapJ,Joy~ KaJ,JrruAIlS : curve fitting rrpocroEcrll : anchoring rrpocroEcrll : fastening rrpocroEcrll : lacing rrpocroEcrll : mooring rrpocroloPlcrJ,JoS : determination rrpocrooKfa : expectation rrpocrEYY1cril : approach rrpocrEYY1cril : approximation rrpocrETaJPlcrTIK~ 1010TIl1O :

associative law rrpocr~vEJ,JOS : up - wind rrpocr~vEJ,JOS : windward rrpocr910S : fore rrpocr910S : forward rrpocr910S : front rrpocrKpoucrll : collision rrpocrKpoucrll : impact rrpocrKpoucrll : shock rrpocrKpoucrll : striking rrpocrKpoucrT~pas : fender rrpocrKpouw : impact

118~IK6 YOpOT8XVlKOW 6pwv

rrpocrKpouw : strike rrpocrJ,JIYJ,Ja aopavES : aggregate rrpocrJ,JIYJ,Ja aopavES AErrTo : fine

aggregate rrpocrJ,JIYJ,Ja aopavES xovopo : coarse

aggregate rrpocrJ,Jf~EIS ~EVES : impurities rrpocroJ,Jofwcrll : modeling rrpocroJ,Jofwcrll : simulation rrpocropJ,Jf~oJ,JaJ : dock rrpocrrro9Ela : trial rrpocrrrTwcrll : incidence rrpocrpoq>llcrll : absorption rrpocrpoq>w : absorb rrpocrTacrfa : protection rrpocrTacrfa avaxwJ,JoTwV : bank

protection rrpocrTacrfa rrpavwv : slope protection rrpocrTpl(3~ : friction rrpocrq>uoJ,JEVOS : adhesive rrpocrq>ucrll : adhesion rrpocrxwJ,JaTIKos : alluvial rrpocrxwcrll : alluvium rrpocrxwcrll : silting rrpocrwplv~ crKAIlPOTll1O VEPOU :

temporary hardness of water rrpoTUrro : model rrpoTurro : mould rrpoTUrro : pattern rrpoTurros : standard rrpoq>fA : section rrpoq>iA : side elevation rrpoq>fATPO : precieaner rrpoq>fATpO : prefilter rrpoq>paYJ,Ja : counter dam rrpoq>uAaKT~pas : parapet rrpoq>uAaKT~pas : shield rrpoq>uAa~1l : precaution rrpoq>uAa~1l : protection rrpow91lcrll : propulsion rrpow91lTIlS YaJwv : bulldozer rrpow9w : boost rrpuJ,Ja : with fair wind rrpuJ,Jvaio : aft rrpuJ,Jvll : stern rrpwPIl : bow rrTEpuya : wing

EYE 2000

lTH:pUYIO : blade lTn:puYlo : fin lTn:puYlo : vane lTn:puYlo EAIKOe;; : propeller blade lTTE:pUYlo"J.lO : flutter lTTEPWTtl : impeller lTTtlO"Il OPI~OVTIO : level flight lTTWO"Il : downfall lTTWO"Il : drop lTTWO"Il : fall lTTWO"Il TaO"EWe;; WJ.l1Ktl : ohmic voltage

drop lTU9J.1EVOe;; : bed lTUKVtl oJ.liXAIl : dense fog lTUKVOJ.lETPO : densimeter lTUKVOJ.lETPO : pycnometer lTUKVOTIlTO : density lTUKVWVW : thicken lTUKVWTtle;; : capacitor lTUKVWTtle;; : condenser lTUKVWTtle;; : thickener lTUAIl : gate lTUAWV : gateway lTUAWV : portal lTu~ii5o : compass lTu~ii5o J.lOYVIlTIKtl : magnetic compass lTUPtlVOe;; : core lTUPtlvoe;; : heart lTUPtlVOe;; : nucleus lTwJ.lo : cap lTwJ.l0 : cork lTwJ.l0 : cover lTwJ.lo : lid lTw\-IO : plug lTwJ.l0 : seal lTwJ.l0 : stopper

p

po~i56ypoJ.lJ.lo:barchart

pa~i5oe;; : bar pa~i5oe;; : boom pa~i5oe;; : rod pa~i5oe;; : stem pa~i5oe;; : stick pa~i5oe;; ~u9oJ.ltrpll0"lle;; : sounding rod pa~i5oe;; ~U90\-lETPIKtl : dip stick

pa~i5oe;; E\-I~0i50J.lETPOU : rod of planimeter

pa~i5oe;; wO"TlKtl : rush rod paYIO"\-Io : crack paYIO"J.lo : fissure paYIO"J.lo : gape paJ.lcpoe;; : tube POVTI~W : spray pOVTI~W : sprinkle pavTIO"J.lO : spray POVTIO"TtlPOe;; : atomiser paXIl : ridge paXIl : saddle PEI9po : gutter PE\-IO : creek pEOAoyio : rheology PEUJ.lO : current PEUJ.lO OTJ.lOU : stream PEUJ.lO 90AaO"O"Io : sea current PEUJ.lO lTOAIPPOIOKO : tidal stream PEUJ.l0 lTOTaJ.lIO : stream

113

pEUJ.lOra lTOAIKa : polar currents pWO"Ta J.l1l VWTWVEIO : non-newtonian

fluids pWO"Ta lTAoO"TlKa : plastic fluids PWO"TO : fluid PWO"TO : liquid PWO"TO OO"UJ.llTIEO"TO : incompressible

fluid PWO"TO ~OPOTpOlTlKO : barotropic fluid PWO"TO l~wi5Ee;; : viscous fluid PWO"TO KAOO"O"IKO : classical fluid PWO"TO VWTWVEIO : Newtonian fluid PWO"TO O"UJ.llTIEO"TO : compressible fluid pWO"TolToillO"Il : fluidization pWO"TOlTOIIlO"Il : liquefaction PWO"TOlTOIW : liquidize pWO"TOe;; : fluid PWO"ToTllra : fluidity PEW: flow PEW: run PtlyJ.l0 : fault PtlyJ.l0 : fracture PtlyJ.lo : gap PtlyJ.lo : rupture PIlx6e;; : shallow pillJll aYKUpOe;; : anchoring

114

pOrl : flow pOrl : flux pOrl : stream pOrl aKopEO"Trl : unsaturated flow pOrl aKTIVIKrl : radial flow pOrl OVEU TPIj3WV : frictionless flow pOrl avoJ.loIOJ.lOpq>rl : nonuniform flow pOrl aVTI9ETOe; : reflux POrl aO"Tpoj3IAoe; : irrotational flow pOrl aTJ.lOU : steam flow pOrlj3a9J.llala J.lETaj3aMoJ.lEVIl :

gradually varied flow pOrl oioloO"TaTIl : two-dimensional flow pOrl OUVaJ.lIKrl : potential flow pOrl ETTI<pavElaKrl : overland flow pOrl ETTI<pavElaKwv UOOTWV : free

surface flow P0rlIlXIlTIKrl : sonic flow p0rllOaVIKrl : inviscid flow pOrl I~WOIle; : viscous flow pOrl KapO"TIKrl : karst stream pOrl J.lETaj3aMoJ.lEVIl : varied flow pOrl J.l0VIJ.l1l (O"Ta9EPrl) : steady flow POrl J.lOVooloO"TaTIl : one-dimensional

flow pOrl OAIKrl : total flux POrl OJ.lOIOJ.lOp<pOe; : uniform flow pOrl TTapoMIlAoe; : parallel flow pOrl TTAIlJ.lJ.lUPIKrl : overbank flow pOrl O"TOO"IJ.lOe; : stationary flow POrl O"TPWTrl (TTapoMIlAIl) : laminar

flow pOrl Taxtwe; J.lETaj3aMoJ.lEVIl : rapidly

varied flow POrl TPIOloO"TaTIl : three-dimensional

flow pOrl Tupj3wolle; : turbulent flow pOrl uTToYEla : ground water flow pOrl UTTOIlXIlTIKrl : subsonic flow pOrle; TTUKVOTIlTa : density of flow po"lKte; O"UVTETaYJ.ltvEe; : streamline

coordinates pO"lKrl ETTI<povEla : streamsurface PO"lKrl O"UVOpTIlO"Il : streamfunction po"lKoe; O"wArlvae; : streamtube pOTTrl : moment pOTTrl aopavElae; : moment of inertia

1\£~IKO YOpOT£XVIKWV OpWV

pOTTrl OEUTEPIle; TO~EWe; : second moment

pOTTrl OUVOJ.lEWe; : moment of a force pOTTrl KOJ.llpEWe; : bending moment pOTTrl o"TptlpEWe; : moment of torsion pOTTrl O"TptlpEWe; : torque pOTTrl o"TpElpEWe; : twisting moment pOTTrl UTTO O"uv9rlKil : conditional

moment pOTTrl <PUYOKEVTpOe; : centrifugal

moment of inertia pou<pw : suck PUOKI : creek pu9J.li~w J.la91lJ.laTIKO oJ.loiwtJa :

calibrate pu9J.l10"1l : adjustment pu9tJI0"1l J.l0vTtAou : model calibration pU9J.llo"Trlpae; : regulator pU9tJlo"Trle; : adjuster pU9tJlo"Trle; : governor pU9J.llo"Trle; TTlEo"EWe; : pressure

regulator pU9tJlo"Trle; TTiEO"Ile; : relief valve pu9J.loe; ypatJtJlKrle; TTapatJoP<PwO"Ile; :

rate of extension strain pu9J.loe; ywvlaKrle; TTapatJoP<PwO"Ile; :

rate of angle strain pu9tJoe; Ka9aprle; EKpOrle; : net rate of

outflow pu9J.loe; tJETaj3oAf)e; : rate of change pu9tJoe; TTapOXrle; : discharge rate pu9J.loe; pOrle; tJo~ae; : mass flow rate pu9J.loe; pOrle; OYKOU : volume flow rate PUtJ0UAKW : tow pUTTaivw : contaminate pUTTavO"Il : contamination pUTTOe; : pollutant PUTIOWOIle; : wrinkled pUTiowJ.la 9aAoO"O"Ile; : ripple PUTlowtJa 9aAoO"O"Ile; : sea ripple

O"aj3oupa : ballast O"aj3oupa UOaTOe; : water ballast O"aAatJoO"Tpa : gasket O"aATTopw : heave up the anchor

EYE 2000

ol3opvo : harrow OEIPO : series OEIPO OIWVU\-IIKIl : binomial series OEIPO EK9ETlKIl : exponential series OIWOOI : mark 0I1\-10VTIlPOC; 90A000I1C; : marine

marker 0I1\-10VTIlPOC; KOVOAIOU : canal buoy 0I1\-10VTIKOC; : significant 0I1\-10VTIKOC; : important 0I1\-10VTIKOTI1TO : significance 0Il\-lOTa KOTaIYIOOC; : storm signals 0I1\-1EIO ovoq>opOC; : relative point 0I1\-1E10 OTTOKOMl1ol1C; : separation

point 0I1\-1EIO I3poo\-lou : boiling point 0I1\-1EIO I1PE\-IIOC; : stagnation point 0I1\-1E10 KO\-lTTIlC; : inflection point 0I1\-1E10 Kc'iI-.IlJ.lEWC; : point of inflection 0I1\-1E10 KO\-lI3IKO : nodal point 0I1\-1EIO KOPEO'\-IOU : point of saturation 0I1\-1EIO KPIOI\-IO : critical point 0I1\-1EIO AEITOUPYIOC; : operating point 0I1\-1EIO \-IOpc'iVO'EWC; : wilting point 0I1\-1E10 \-IOVI\-II1C; \-Ic'iPOVO'I1C; :

permanent wilting point 0I1\-1EIO ouotTEPO : neutral point 0I1\-1EIO TTIl~EWC; : freezing point 0I1\-1EIO O'TEPEOTTOIIlO'EWC; : point of

solidification 0I1\-1E10 TIl~EWC; : point of fusion ol1\-1Eio TPITTAOUV : triple point 0I1\-1EIO UYPOTTOIIlO'EWC; : dew-point 0I1\-1E10 XPOVIO'\-IOU : timing mark O'rlpoyyo : tunnel O'rlpoyyo UTTO TTIEO'I1 : pressure tunnel OIYOO'TIlPOC; : noise silencer O'Iq>WV : siphon O'Iq>WVIO : pipette O'Kc'iq>OC; : frame O'Kc'iq>OC; : hull O'Kc'iq>OC; ETTlq>OVElOC; (90MO'O'I1C;) :

surface craft OKc'iq>OC; TTAOIOU : hull (of a vessel) oKloYPc'iq>I1O'I1 : outline OKAI1PO VEPO : hard water OKOTTl\-lOTI1Ta : feasibility

OKOUTTIOOTOTTOC; : landfill O'OPOKOAEI3c'iVTEC; : East-South-East

wind OOPOKOC; : South - East wind O'OPOKOOTPIO : South - South - East

wind OTTc'iO'I\-IO TTc'iyOU : breaking of ice OTTElPW\-IO owMvo : pipe thread O'TTI1AOIWO'I1 : cavitation OTTOUOOlOTI1W : significance OTc'iYOI1V c'iPOWO'I1 : drip irrigation OTOYOI1V c'iPOWO'I1 : trickle irrigation O'Tayovo : drop O'WYOVEC; I3poxllc; : rain drops O'Tc'i~W : drip O'Tc'i~W : trickle O'W9EPc'i : constant

115

O'Ta9EPc'i oTTOPPOq>IlOEWC; : absorption constant

O'Ta9EPO 9EP\-IIKrlC; oYWY1\-lOTI1TaC; : thermal conductivity constant

O'W9EPIl POll: steady flow O'Ta9EPOTI1Ta : stability O'T09\-111 : level O'Tc'i9\-111 : stage O'T09\-111 90Ac'i0'0'11C; \-1£0'11 : mean sea

level O'Tc'i9\-111 90Ac'i0'0I0 : sea - level O'Tc'i9\-111 TT1E~O\-lETPIKIl (UOOTIVI1) :

piezometric level O'Tc'i9\-111 UOOTOC; : water - level O'Tc'i9\-111C; OEIKTI1C; : level indicator O'W9\-110TIKOC; : weighting O'To9\-110TlKOC; TTOPOYWV : weighting

factor O'Ta9\-1oC; : station O'Tc'iOl\-lO O'I1\-1EIO : stagnation point O'TOO'I\-IOC; : stationary O'TaO'I\-IOTI1Ta : stationarity O'TaTIKOC; : static O'TaTIKOC; : stationary O'TaTIKOTI1W : stationarity O'TaTIO'TIKIl : statistics O'TOTIOTIKIl O'U\-ITTEPOO'\-IOTOAOYIO :

statistical inference O'TaTIO'TIKIl XWPIKIl : space statistics O'TaTIO'TIKOC; : statistical

116

O"n:yavoTTOI'1O''1 : water-proofing O"Tf:yavoTTol(.i1 : make tight O"n:yavos : tight o"TE:YVOS : dry o"TEyvwJ,Ja : drying o"TE:YVWVW : dry O"n:pEoTTapOXrl : solid discharge O"TEPEOTTOI'1O"'1 uypou : solidification of

fluid O"TEPEOS : solid O"TEpEWTrlpas : press fastener O"TEPIO : land o"TEpva : cistern o"TEpva : tank O"TElIl'1 : crest O"TrlA'1 : column O"TrlA'1 uYPrl : liquid column O"TrlA'1 uoaTos : column of water O"TrlA'1 uopapyupou : column of

mercury 0"1I/300a oplaKrl : boundary layer O"TIYJ,Jrl : moment O"TOO : gallery O"Tol/3ooa : layer O"Tol/3ooa Tup/3woilS : turbulent layer O"TolXEla 8PETTTIKO : nutrients O"TOIXEIO : cell O"TOIXEIO : element O"TOIXEIO uypo : wet cell O"TOIXEIWOES YEYOVOS : elementary

event O"TOIXEIW0'1S : elementary O"TOIXEIWO'1S OYKOS : elementary

volume O"TOJ,JOTla TWV cpuAAwv : stomatal

openings O"TOJ,JIO E~OOOU TTOTaJ,JOU : estuary O"TOJ,JIO uopoA'1l1llaS : hydrant O"TOJ,JIO UTTOVOJ,JOU : sewer inlet O"TOJ,JIO UTTOVOJ,JOU : street inlet O"ToxaO"T1Krl J,JETa/3A'1Trl : variate O"ToxaO"TIKos : stochastic o"TpaYYI~w : drain o"TPOYYlo"'1 : drainage o"TPOYYlo"'1 OEUTEpEuouO"a : subsidiary

drain O"TPElIl'1 : torque

IIS~IK6 YOpOTSXVIKdJV 6pwv

O"TPElIl'1 : torsion O"Tpo/3IAavTAfa : turbine pump O"Tpo/3IAavTAfa : turbopump O"TPO/3IAIO"J,JOS : vorticity O"TPO/3IAIO"J,JOS O"'1J,JElaKos : vortex O"TPO/3IAoS : eddy O"TPO/3IAoS : swirl O"TPO/3IAwo'1S pOrl : rotational flow o"TpocpaAos aVTAfas : pump crank O"Tpocptas : torsor o"TpOCPEIO KEVTPOCPUY'1S aVTAfas :

impeller o"Tpocplyya : cock o"TpwJ,Ja : layer o"TpwJ,Ja : stratum o"TpwJ,Ja aOlaTTtparo : aquiclude o"TpwJ,Ja ovuopo : aquifuge o"TpwJ,Ja 0PUKTOU : mineral deposit O"TpwJ,Ja TTOYOU : ice sheet o"TpwJ,Ja uopocpopo : aquifer o"TPWJ,JOTWo"'1 8EPJ,J1Krl : thermal

stratification O"TPWTOS : laminar O"UYKEVTPWO"'1 : concentration O"UYKAlVOV OKPOCPUO"lO : converging

nozzle O"UYKAfVW : converge O"UYKAfvWV : convergent O"uYKAIO"'1 : convergence O"uYKoM'1O"'1 : welding O"UYKPOT'1O"'1 VEPOU aTTO CPUTOKOJ,J'1 :

canopy inerception O"UYKPIO"'1 : comparison O"UMEYW : collect O"uAAEKTrlPIOS oTToO"TpaYYIO"TIKOS

oywyOS : collector drain O"UMEKTrlPIOS O"wArlvaS : collecting

pipe O"uMoYrl : collection O"uJ,J/3oAo : symbol O"uJ,JJ,JETa/3A'1TOT'1Ta : covariance O"UJ,JJ,JETPIKOS : symmetrical O"UJ,JJ,JETPIKOS TaVUO"TrlS : symmetric

tensor O"uJ,JTTav : universe O"uJ,JTTEpaO"J,Jo : conclusion O"uJ,JTTtpaO"J,Ja : inference

EYE 2000

O"Uf..I1T£POO"f..IOTOJ\oyio : inference O"Uf..IlTIt~w : compress O"uf..IlTItm:wc; J\oyoC; : compression ratio O"Uf..IlT1£CHj : compression O"Uf..IlTI£O"Trl pOrl : compressible flow O"Uf..IlTI£O"TrlC; : compressor O"Uf..IlTI£O"TrlC; UOpOUJ\IKOC; : hydraulic

compressor O"Uf..IlTI£O"TOC; : compressible O"uf..IlTI£O"TOTr1Ta : compressibility O"Uf..IlTArlpWf..l0 : complement O"Uf..IlTJ\I1PWf..IaTlKrl O"uvapTI1O"I1

O"q>aJ\f..IOTOC; : complementary error function

O"Uf..IlTJ\I1PWf..I0TIKOC; : ancillary O"Uf..IlTUKVWVW : condense O"Uf..IlTUKVWO"Il : condensation O"uf..Iq>wvio : agreement O"uf..Iq>wvio : concurrence O"uvaepolO"Il : aggregation O"uva9pOlO"Il : assemblage O"uva9poIO"f..Io : cluster O"uvapTIlO"Il : function O"uvapTIlO"Il 0Pf..IOV1Krl : harmonic

function O"uvapTIlO"Il OUVOf..llKrl : potential

function O"uvapTIlO"Il KOTaVOllrlC; : distribution

function O"uvapTIlO"Il 1l0pq>rlC; (IT£lT£p0O"f..Itvwv

O"TOIXdwv) : shape function O"uvapTIlO"lllT£PIOOIKrl : periodic

function O"uvapTll0"lllTl90vOTIlTaC; KOIVrl : joint

probability function O"uvapTIlO"lllTPOYllaTlKrl : real function O"uvapTIlO"Il lTUKVOTIlTaC; : density

function O"uvapTIlO"Il lTUKVOTIlTaC; KOIVrl : joint

density function O"uvapTIlO"lllTUKVOTIlToC; lTI90VOTIlTaC;:

probability density function O"uvapTIlO"Il O"q>aJ\f..IaTOC; : error function O"uvaq>£lo : contingency O"uvo£O"Il : joining O"uvo£O"f..IOC; OIOO"TOJ\rlC; : expansion

joint

O"UVOIOKUf..I0VO"Il : covariance O"UVolOO"lTOpa : covariance O"uvouoO"f..IOC; : combination O"uv£KTIKOTIlTO : consistency O"UV£J\IKTIKO OJ\OKJ\rlPWf..lO :

convolution integral O"uvtJ\I~1l : convolution O"uvtvWO"I1 (IT£lT£poO"f..I£VWV

O"TOIX£iwv) : assemblage O"uv£lTrlC; : consistent O"UVtX£IO : continuity O"uv£xtc; f..Ito"o : continuum O"uv£XrlC; : continuous O"uv£XrlC; KOTavof..lrllTl90VOTIlTaC; :

continuous probability distribution O"uv£XrlC; Tuxoio f..IHoj3J\IlTtl :

continuous random variable O"uv£XtlC; xwpoC; O£IYf..IOTOJ\Il4J ioC; :

continuous sample space O"UV9HOC; : complex

117

O"UV9rlK£C; OPXIKtC; : initial conditions O"uv9rlKIl : condition O"uv9rlKlllTlto"£WC; : pressure stage O"uv9J\I4J1l : compression O"UVIO"TWO"O : component O"UVIO"TWO"O O~OVIKrl : axial component O"UVIO"TWO"O 0Pf..I0V1Krl : harmonic

component O"UVIO"TWO"O 9£f..I£J\IWOIlC; : fundamental

component O"UVIO"TWO"O IO"XUOC; : power component O"UVIO"TWO"O KOTOKOPUq>OC; : vertical

component O"UVOJ\IKtC; ovaYK£C; TWV KOJ\J\I£PY£IWV

0"£ VEPO : total irrigation requirements O"UVOJ\IKOC; : aggregate O"UVOJ\IKOC; : total O"uvoJ\o : ensemble O"uvoJ\o : set O"uvopo : frontier O"UVOXrl : cohesion O"UVT£J\EO"TtC; OIWVUf..IlKOi : binomial

coefficients O"UVT£J\EO"TrlC; : coefficient O"UVT£J\£O"TrlC; : factor O"UVT£J\EO"TrlC; ovoKJ\aO"£wc; : reflection

coefficient

118

O"uvn:AEo"Tll~ aTTOppQ(p~o"EW~ : absorption factor

O"UVTEAEo"T~~ aTToppoq>'lO"'l~ :

coefficient of absorption O"UVTEAEo"T~~ aTTwAEH.lJv : loss

coefficient O"UVTEAEo"T~~ ypaIJIJIK~~ O"UO"XETio"EW~ :

linear correlation coefficient O"uvTEAEo"T~~ olaeAoo"EW~ : refractive

factor O"UVTEAEo"T~~ OlaTIJ~o"Ew~ : shear

modulus O"UVTEAEo"T~~ olopewO"'l~ : correction

factor O"UVTEAEo"T~~ EKTTAuO"'l~ : leaching

requirements O"UVTEAEo"T~~ KUJ3IK~~ olao"ToA~~ :

coefficient of expansion O"UVTEAEo"T~~ IJETaOOo"EW~ :

transmission coefficient O"UVTEAEo"T~~ IJOp<p~~ : shape factor O"UVTEAEo"T~~ TTaAIVOpOIJ'lO"'l~ :

regression coefficient O"UVTEAEo"T~~ TTapox~~ : discharge

coefficient O"UVTEAEo"T~~ po~~ : flow coefficient O"UVTEAEo"T~~ O"U~EU~EW~ : coefficient

of coupling O"UVTEAEo"T~~ O"uvo<pEla~ : coefficient of

contingency O"UVTEAEo"T~~ O"uO"TOA~~ : coefficient of

contraction O"uvTEAEo"T~~ O"UO"XETfo"EW~ :

correlation coefficient O"uvTEAEo"T~~ O"X~lJaTO~ : shape factor O"UVTEAEo"T~~ TaXUT'lTa~ : velocity

coefficient O"UVTEAEo"T~~ TPIJ3~~ : friction

coefficient O"UVTEAEo"T~~ XEllJappIKOT'lTa~ :

torrentiality factor O"uvTETaYIJEVE~ : coordinates O"UVTETaYIJEVE~ XWPIKE~ : spatial

coordinates O"UVTETaYIJEV'l KaTaKopuq>o~ : vertical

coordinate O"UVTETaYIJEV'l TOTTlK~ : local

1\8~IK6 YOpOT8XVIKc!JV 6pwv

coordinate O"UVT~P'lO"'l EOOq>OU~ : soil

conservation O"UVT'lP'lTIKO TTEofa : conservative

fields O"UVT'lP'lTIKE~ OUVOIJEI~ : conservative

forces O"UVTOIJO~ OPOlJo~ : shortcut O"uPlJaTOO"XOIVO XEIPIO"IJOU : control

cable O"Uo"KW~ : apparatus O"Uo"KW~ : device O"Uo"KW~ : equipment O"Uo"KW~ : set O"Uo"KW~ KaTaypa<p~~ IJETaJ30Awv :

recorder O"UO"O"WIJOTWlJa : aggregate O"uO"O"wpwO"Il : accumulation O"uO"O"wpwO"'l : aggregation O"uO"O"wpwO"'l OIJIJOU : sand

accumulation O"uO"TaO"'l EOOq>OU~ : soil composition O"uO"TaTIKo : constituent O"UO"T'llJa : system O"uO"T'llJa aTToXETEuo"EW~ : drainage

system O"UO"T'llJa ouaolKo : binary system O"uO"T'llJa EYKOpO"IO : transverse

system O"UO"T'llJa eEPIJOVo"EW~ : heating

system O"uO"T'llJa TTEPIOOIKO : periodic system O"UO"T'llJa o"TPOYYlo"'l~ : drainage

system O"uO"T'llJa uopauAIKo : hydraulic system O"UO"T'llJa lpEKaO"IJOU : sprinkler system O"uo"ToA~ : contraction O"UO"XErIO"'l : correlation O"UO"XETIO"'l : relation O"UO"XErIO"'l TO~EWV : rank correlation O"UXVOT'lTa : frequency O"UXVOT'lTa aTToKoTT~~ : cut-off

frequency O"UXVOT'lTa aO"eEV~~ : low frequency O"UXVOT'lTa J3aO"lK~ : fundamental

frequency O"UXVOT'lTa YWVIWO'l~ : angular

EYE 2000

frequency auxvoH1TO Evolcq.lEaoe; : intermediate

frequency auxvoH1TO 8EWPI1TlKf) : theoretical

frequency aUXVoTIlTO 0plaKf) : marginal

frequency aUXVoTIlTO lTEofou : field frequency auxvoTIlTO aXETIKf) : relative frequency acpaipa : sphere acpOlpiola mxyou : ice pellets acpOlplKoTilTO : sphericity acpOlpoElof)e; paApfoa : ball valve acpaAlJo : error acpaAlJa alToAuTa : absolute error acpaAlJo IJETpf)aEwe; : measuring error acpaAlJo opyavou : instrument error acpaAlJo lTapoAAayf)e; : parallax error acpaAlJa lTapaTIlPf)aEwe; : error of

observation acpaAlJa m8avo : probable error acpaAlJa aXETIKo : relative error acpaAlJa TUxafo : random error aXEoiaail : design aXEoioaillTElpalJaToe; : design of

experiment axtall : relation axtall : relationship axtall ypalJlJIKf) : linear relationship axtall IJI1 ypalJlJIKf) : nonlinear

relationship axtal1 aTa8IJIle;-lTapoxf)e; :

stage-discharge relation aXETIKf) TOXUTilTO : relative speed aXETlKf) TaxuTilTO : relative velocity aXETIKf) TpaxuTilTO : relative

roughness aXETIKf) uypaaia : relative humidity aXETIKoe; : relative aXlllJaTlalJoe; KUlJaTOElof)e; : wave

formation awAf)vae; : conduit awAf)vae; : pipe awAf)vae; : tube awMvae; PU80KOpOU : dredger pipe awAf)vae; OE~aIJEvf)e; E~aEplaTIKoe; :

tank air pipe

awMvae; olavolJf)e; : delivery pipe awAf)vae; OOKllJaaTIKoe; : test tube awAf)vae; EAaaTlKOe; : rubber hose awMvae; E~aEplaTIKoe; : vent pipe awMvae; AEIOe; : smooth pipe awAf)vae; lTapOXETEuaEwe; : supply

pipe awMvae; pof)e; : streamtube awMvae; aTOTlKf)e; lTiwl1e; : static

pressure tube

119

awAf)vae; aTpaYYlaTlKOe; : drain pipe awAf)vae; auvoETf)ploe; : connecting

pipe awMvae; TpaXUe; : rough pipe awAf)vae; uopauAIKOe; : hydraulic tube awAf)vae; UlTEPXElAiaEwe; : overflow

pipe awMvae; xaAUpolvoe; : steel tube awAf)vae; XUTOe; : cast pipe awAf)vEe; avappocpf)aEwe; : suction

pipes awAf)vEe; apoEuaEwe; : irrigation pipes awAf)vEe; IJETOcpopae; : delivery pipes awAf)vwail EUKalJlTTil : flexible tubing awMvwail 8EPlJaVaEWe; °CPIOElof)e; :

heating worm awAf)vwaillTETpEAalou : oil line aWlJaTIOla : particles awaToe; : right

T

TOlvia pu8olJtTPllalle; : sounding tape TOAavTwail : oscillation TOAavTwail EAEu8EPil : free oscillation TaAavTwail E~avaYKaalJtvil : forced

oscillation TOAavTwail CPUO"IKf) : natural oscillation TaIJIEUTf)pa XWPilTIKOTIlTo : reservoir

capacity TOIJIEUTf)pae; : basin TaIJIEUTf)pae; : reservoir TaIJIEUTf)pae; aVTIlTAIlIJIJUpIKoe; : flood

control reservoir TavuaTf)e; : tensor Ta~Il (h.lacpopIKf)e; E~fawalle;) : order Ta~Il : rank

120

Ta~IVOllllall : classification TapaYlltvll SaAaaaa : rough sea Taall : stress Taall : tendency Taall : trend Taall olaTllllTIKI1 : shear stress Taall ETTlq>avElaKI1 : surface tension Taall KaSETIl : normal stress Taall TUPJ3woll~ : turbulent stress TaaillETpo : tensiometer Taq>po~ : ditch Taq>po~ apOEUTlKI') : irrigation ditch TaxuTIlTa TOU VEPOU aTOu~ lTOPOU~ :

pore water velocity TaxuTIlTa : speed TaxuTIlTa : velocity TaxuTIlTa ypalllllKI1 : linear velocity TaxuTIlTa ywvlaKI') : angular velocity TaxuTIlTa olOooaEw~ : propagation

velocity TaxuTIlTa OIOTIlIlTIKI1 : shear velocity TaxuTIlTa EIOIKI1 : specific speed TaxuTIlTa Elaooou : inlet velocity TaxuTIlTa EKpOI1~ : outflow velocity TaxuTIlTa EKPOI1~ : outlet velocity TaxuTIlTa ETTlTaXUVOIlEVIl : accelerated

velocity TaXUTIlTa Eq>alTTOIlEvIKI1 : tangential

speed TaXUTIlTa KpiC"l1l1l : critical velocity TaxuTIlTa KpiC"lIlO~ : critical speed TaxuTIlTa KUllaTo~ : wave celerity TaxuTIlTa IlE olaKullavaEI~ w~ lTPO~

TO XPOVO : time fluctuating velocity TaXUTIlTa Iltall : average speed TaxuTIlTa IlETaJ3aAAoIlEvll : variable

speed TaXUTIlTa IllyaolKI1 : complex velocity TaXUTIlTa IlIKPWV olOTapaxwv :

celerity of small disturbances TaxuTIlTa lTaAippOla~ : tide velocity TaxuTIlTa pOI1~ : flow velocity TaxuTIlTa pOI1~ : velocity of flow TaXUTIlTa TEAIKI1 : terminal velocity TaXUTIlTa q>aaEw~ : phase velocity TtAEIO~ : complete TEAEaTI1~ : operator

TEllaXIO XUTO : blown casting TETpaywva AaTlvlKa : latin squares TETpaywvi~w : square TETpaywVIKO~ : square TETpaywvo : square TEXVIKI1 oEIYllaToAllljJia~ : sampling

technique TIlAtIlETpo : telemeter TIlAETTlaKOlTllall : remote sensivy TI1~11 XIOVO~ : snow melting TIIlI1 : value TIIlI1 EAaxiaTIl : minimum value TIIlI1 KpiC"l1l1l : critical value Tllll1llEyiaTIl : maximum value Tllll1llEyiaTIl : peak value TIIlI') TTlSavl') : probable value TITAooOTW : titrate TOIlI1 (IlE TOV a~ova z) : intercept (on

z-axis) TOIlI') EYKapC"la : transverse section TOIlI1 KaTaKopuq>o~ : vartical cross

section TOIlI1 Opl~OVTla : sectional plan TOTTlKl1llETaTOTTlall : drift TOlTO~ : region TOUPlllTiva : turbine TpallouvTava : North wind TpalTt~1 aXEolaaEw~ : drawing board TpaxuTIlTa : roughness TPIJ311 : friction TPIJ311 EaWTEplKI1 uypwv : fluid friction Tpiywvo : triangle Tpiywvo opSoywvlO : right - angled

triangle TPIXOEIOEi~ ouvallEI~ : capillary forces TPIXOEIOt~ : capillarity TPIXOEIOt~ VEPO : capillary water TPOlTO~ : way TpoXla : path line TpoXla : trajectory TpUlTa : hole TpUlTaVI : auger TpUlTaVI : drill TpUlTaVI XElpoKiVIlTO : hand drill TC"lIlEVTOKovialla aaJ3EO"TouXO : lime

concrete TC"lIlEVToKovialla KOIVO : common

EYE 2000

concrete TUAIYI.I0 : coil TUI.ITTOVO : drum TUI.ITTaVO avaypaq>lle; : recording drum TUTTlKIl OTTOKJ\lO'Il : standard deviation TUTTIKO O'q>aAl.la : standard error TUTTIKO O'q>aAl.la EKTII.IIlO'Ewe; :

standard error of estimate TUTTOe; : formula TUTTOe; : type TUTTOe; oVaOp0I.IIKOe; : recursive

formula TUTTOe; OO'UI.ITTTWTIKOe; : asymptotic

formula TUpl31l : turbulence TUpl31l EAEu6EPil : free turbulence TUpl31l 1000TpoTTil : isotropic turbulence Tupl3wolle; oPloKIl O'Toll3aoa :

turbulent boundary layer TUpq>1l : peat TUXOIOe; : random TUXalOTIlTO : randomness

y

uypa : liquids uypa l3opto : heavy liquids uypaO'lo : humidity uypaO'lo : moisture uypaO'lo : wetness uypaO'fo otpoe; : air humidity uypaO'lo aTToAuTIl : absolute humidity uypaO'fo ml.loO'q>alpae; : humidity of

the air uYPoO'lo Eoaq>OUe; : soil moisture uypaO'fo l.IapavO'EWe; : wilting point uypo : liquid uypo oTToq>pa~EWe; : sealing liquid uypo KOUO'II.IO : liquid fuel uypo UTTEPElpUYl.ltvo : supercooled

liquid UypOI.lETPO : hygrometer UypOI.lETPO aTToppoq>IlO'EWe; :

absorption hygrometer UYPOI.IETPO OIVOTTVEUl.laTOe; : spirit

hygrometer UYPOTTOIW atplo : liquefy a gas

uypoe; : damp uypoe; : moist uypoe; : wet UYPOO'KOTTlKOe; : hygroscopic uYPoO'KOTTlKOTIlTa : hygroscopicity UYPOO'KOTTIO : hygroscope uypoq>UTa : hygrophytes UYP0lpUKTOe; : liquid-cooled

121

uypwv olaTTlouO'Il : osmosis of fluids uooPIle; : aqueous UOOTa ETTlO'q>oAIl : foul waters uoaTa TTAEUO'II.IO : navigable waters uooTav6poKEe; : carbohydrates uoaTlvll oooe; : waterway uomooEIKTIle; : water gauge uOoTOOE~OI.lEVIl : water tank uomooE~ol.lEVIl aVUlpWl.ltvll : elevated

tank uoaTooE~ol.lEvll TToTIO'l.IaTOe; : livestock

watering reservoir UOOTOOIOAUTOe; : soluble in water uoaToElolle; : aqueous uomo"iKavOTIlTa : field capacity uOaTOK0I.IIO (IX6.) : waterculture uomoAouTpO : water bath uomoTTopoXIl : water discharge uoaToTTEpmOe; : permeable UOoToTTEpaTOe; : pervious uoaToTTEpOTOTIlTa : permeability UOoToTTupyoe; : elevated reservoir uomoTTupyoe; : elevated tank UOoToTTupyoe; : water tower uOaTOpWI.I0 : stream UOOTOe; oVTIO'TaO'Il : water resistance uoaTOe; oTToO'KAIlPuvO'Il : water

softening uoaTOe; OTTOO'TEIPWO'Il : water

sterilizing UOOTOe; oTTOXwPIO'TIlPoe; : water

separator uomoe; OTTWAEIEe; : water losses uomoe; l3apoe; EKTOTTl~OI.lEVOU : weight

of displacement uoaTOe; 01116110'11 O'TO toaq>oe; : water

infiltration uoaTOe; Eq>OOIOO'I.IOe; : water supply uomoe; 6EPl.loKpaO'Ia : water

122

temperature uoaTO<; IOXU<; : water power uoaTO<; O"Ta91l'l : water level uoaTOO"u:yavo<; : water tight uoaToO"u:yt<; O"Tpwlla : aquiclude UOaTOO"TEYrl<; : water - proof uOaToO"n:Yrl<; lTu9lltva<; : water - tight

bottom uoaToO"Tpol3lAo<; : eddy water uoaToO"Tpol3lAo<; : spout uoaToO"Tpol3lAo<; : water vortex uoaToO"Tpol3lAo<; : whirlpool UOaToO"uYKpaT'lO"'l : interception uoaToTalllWTrlpa<; : water reservoir uOaToq>paYlla : dam uOaToq>paYlla : embankment uoaTOxwP'lTIKOT'lTa ll£yiO"T'l :

maximum waterholding capacity UOaTOljJUKTO<; : water - cooled uopaywy£io : aqueduct uopaywy£io : water reservoir uopaywyEio : water supply reservoir uopaywyo<;:aqueduct uopaywyo<; : water - pipe uopavTMa : water - pump uopapyupo<;:me~u~

uopaTllo<; : water vapor uopauAIKa tpya : hydraulic works uopauAIKrl : hydraulics uopaUAIKrl aywYllloT'lTa KOP£0"1l0U :

saturated hydraulic conductivity uopaUAIKrl aywYllloT'lTa O"TOV

KOP£O"Il0 (KOP£0"1l0u) : hydraulic conductivity at saturation

uopaUAIKrl olall£Tpo<; : hydraulic diameter

uopaUAIKrl £vtpY£la : hydraulic energy uopaUAIKrl IT£pll3aMovTO<; :

environmental hydraulics uopauAIKrl lTi£O"'l : hydraulic pressure uopauAIKo q>opTio : hydraulic head uopauAIKo<; (T£XViT'l<;) : plumber uopauAIKo<; : hydraulic uopwO"'l : water supply uopoaAaTouxo llovTtAo : hydrosalinity

model uopol3loAoyia : hydrobiology

uopol310Aoyo<; : hydrobiologist uopol3lo<; : aquatic uopoY£lo<; O"q>aipa : globe uopoypaq>'lila : hydrograph uopoypaq>ia : hydrography uopoypaq>ia : marine surveying uopoypaq>IKrl ayy£Ma : hydrographic

notice uopoouvalllKo<; : hydrodynamic UOPO'lA£KTPIKt<; £YKaTaO"TaO"£I<; :

hydroelectric plants UOpoKiv'lTO<; : water driven uOPOKpiT'l<; A£Kavwv alTopporl<; :

watershed limit uopoA'lljJia : intake uopoA'lljJia : water intake uopoA'lljJia £K IT'lYwv : spring

utilization uopoA'lljJia £K lTOTaIlOU : river intake uopoAoyia : hydrology uOPOAOYIKO<; : hydrological uOPOAOYIKO<; KUKAo<; : hydrologic cycle uopoAuO"'l : hydrolysis uopollaO"TwTIKt<; O"rlpayy£<; : filter

galleries UOPOIlETPO : hydrometer UOPOIlETPO : water gauge uOpOIl'lxaVIKrl : hydromechanics uopoOIKovollia : water economy UOpOPPOrl : drain UOpOppOrl : gutter UOpOppOrl : waterway UOpOppOrl KaTaKopuq>o<; : down pipe uopoO"TaTIKrl : hydrostatics uopoO"TaTIKo 1TI£O"TrlPIO : hydrostatic

press uOPOO"TaTlKO<; : hydrostatic UOpOo"TpOI3IAo<; : hydraulic - turbine UOpOo"TPOI3IAo<; : water - turbine uoPOO"UAAtKT'l<; : water catcher uopoO"uAAtKT'l<; : water trap uopoO"q>arpa : hydrosphere uopoO"wArlva<; : water - pipe UOPOTP01Tl0"1l0<; : hydrotropism uopoq>opta<; £A£u9£po<; : freatic

aquifer uopoq>opta<; 'llliKA£IO"To<; :

EYE 2000

semi-confined aquifer uOpOCPOPEW;; KAEIO'TO~ : confined

aquifer uOpocpopEa~ UlTO lTIEO'Il : confined

aquifer uopocpopo~ OPI~OVTa~ : water table uOPOlJlU~1l : water cooling uowp : water uowp aAKaAIKo : alcalic water uowP alTEO'TaYj.lEVO : distilled water uEToypacp1wa : hyetograph UAIKO : material ulTapoEUO'Il : subirrigation UlTEoacpo~ : underground UlTEpaywYlj.loTIlTa : superconductivity UlTEpaywyo~ : superconductor UlTEpavTAIlO'Il UlTOYEIOU uoaTo~ :

ground water overpumping UlTEp(30AIKO~ : hyperbolic UlTEPOlrl910'1l : ultrafiltration UlTEPllXIlT1Krl POrl : supersonic flow UlTEPIlXIlTIKo~:supe~on~ UlTEPIlXO~ : ultrasound UlTEPIWOIl~ : ultraviolet UlTEPKpIO'lj.lll POrl : supercritical (or

rapid) flow UlTEPlTIEO'Il : overpressure UlTEPO'Uj.llTlEO'Il : supercharge boost UlTEpO'uj.llTiEO'Il : supercharging UlTEpO'Uj.llTlEO'Il alToyEl(.iJO'EW~ : take -

off boost UlTEpO'Uj.l1TIEO'Trl~ : booster UlTEpO'Uj.l1TIEO'Trl~ : supercharger UlTEPCPUYOKEVTPIlO'Il : ultracentrifuge UlTEPXEIAI~W : overflow UlTEPXElAIO'Il : overflowing UlTEPXEIAIO'Trl~ : spillway UlTEPXEIAIO'Trl~ : weir UlTEPXEIAIO'Trl~ AElTTrl~ O'TElJlll~ : sharp

crested weir UlTEPXEIAIO'Trl~ lTAaTla~ O'TElJlll~ :

broad crested weir UlTEPlJlU~1l : supercooling UlTEplJlUXW : supercool UlTllPEO'ia j.lETEWPOAOY1Krl :

meteorological office UlTllPEO'la xapTOypacplKrl : surveying

123

service UlToYEla apoEUO'Il : subirrigation UlToYEla O'Ta9j.11l : water table UlTOYEIO uopocpopo O'TpWj.la : water

bearing layer UlTOOEIYj.la : model UlTOOEIYj.la : pattern UlT09EO'Il : assumption UlT09EO'Il : hypothesis UlT09EO'Il O'TaTIO'TIKrl : statistical

hypothesis UlTOKPIlTIOIKO O'uO'Tllj.la : lower

Cretaceous system UlTOKpIO'lj.lll POrl : subcritical flow UlTOAlj.lVIO : hypolimnion UlTOAOYIO'j.lO~ : calculation UlTOAOYIO'j.lO~ : computation UlTOAOYIO'j.lO~ : evaluation UlTOAOYIO'Trl~ : computer UlTOAOI1TO : residual UlTOAOI1TO O'Ta9j.11O'j.lEVO : residual

weighted UlTOVOj.lO~ : drain UlTOVOj.lO~ : gallery UlTOVOj.lO~ : sewer UlTolTpoypaj.lj.la : subprogram UlToO'Tpwj.la : substrate UlTOO'UVOAO : subset UO'TEPIlO'Il (XWP1Krl, XPOV1Krl) : lag

(space, time) UO'TEPIlO'Il : hysteresis UO'TEPIlO'Il XPOV1Krl : time lag ucpaAo~ (3paxwoll~ : ridge rock UlJlIlM~ (3a9j.1o~ (3paO'j.lou : high

boiling point UlJlO~ : height UlJlO~ (3ap0j.lETpIKO : barometric height UlJlO~ (3pOXrl~ : rainfall depth UlJlO~ OUVaj.llKO : dynamic head UlJlO~ 9EO'Il~ : elevation head UlJlO~ KaTaKPllj.lVIO'EW~ : precipitation

depth. UlJlO~ KUj.laTO~ : wave height UlJlO~ 1TIE~Oj.lETPIKO : piezometric head UlJlO~ lTIEO'Il~ : pressure head UlJlO~ TaxuTIlTa~ : velocity head UlJlO~ UOPOO'TaTIKO : static head

124

q>OIVOIJ£VIl TaXUTIlTa : apparent velocity

q>aIVOIJ£VO O"j3wAou : nugget effect q>OIVOIJ£VO~ : apparent q>arvolJ£VO~ opf~wv : apparent horizon q>aK£Ao~ : envelope q>aVTaO"TIKOf apl8IJof : imaginary

numbers q>apo~ : light-house q>aO"Il : phase q>aO"Il j3oll81lTIK~ : auxiliary phase q>aO"lJa : spectrum q>aO"lJa aKouO"TIKO : sound spectrum q>aO"lla aTToppoq>~O"£w~ : absorption

spectrum q>aO"lla O"UV£XE~ : continuous spectrum q>aO"llaTIK~ avaAuO"Il : spectral

analysis q>aO"llaTIKO~ : spectral q>aO"llaTOypaq>o~ : spectrograph q>aO"llaToq>wToll£Tpfa :

spectrophotometry q>aO"llaToq>wToll£TPO :

spectrophotometer q>IATpaplO"lla : filtration q>IATpapIO"IlEVO v£po : filtered water q>IATpapw : filter q>IATpapw : filtrate q>fATpo : filter q>fATpo aEpo~ : air filter q>fATpo j3£v~fvIl~ : fuel filter q>AavT~a : flange q>AavT~a aO"q>aA£fa~ : tab washer q>AavT~a £K q>£Mou : cork washer q>AavT~a £Aao"TIK~ : elastic washer q>AavT~a £AaTIlPIWT~ : spring washer q>AavT~a £~ uq>aO"llaTo~ : cloth washer q>AavT~a KUPTwllEVIl : saddle washer q>AavT~a KWVIK~ : taper washer q>AavT~a 0p£lxaAKlvIl : brass washer q>AavT~a pU81l10"TIK~ : adjusting washer q>AavT~a O"UVO£TIK~ : joint washer q>AEj3a : jet q>AEj3a uypou : jet of fluid q>AEj3a uoaTivIl : water jet

lIe~IKO YOP0TeXVIKclW opWV

q>opa : trend q>opa aVTf8£TIl O£IKTWV wpoAoyfou :

counter - clockwise q>opa O£IKTWV wpoAoyfou : clockwise q>opa 8£T1K~ : positive sign q>opa op8~ : direct motion q>oPlla : template q>opTfo : head q>opTfo : load q>opTfo ouvalllKO : dynamic head q>opTfo 8EO"Il~ : elevation head q>opTfo OAIKO : total head q>opTfo TTI£~OIl£TPIKO : piezometric

head q>opTfo TTf£O"Il~ : pressure head q>opTfo O"TaTIKO : static head q>opTfo TaXUTIlTa~ : velocity head q>opTfo UOPOO"TaTlKO : static head q>opTfo wq>EAIIlO : useful load q>OPTIO"Il 8£TIK~ : positive charge q>paYlla : dam q>paYlla j3U810"IlEVO : submerge weir q>paYlla ola AI8opplTT~C; : rock fill dam q>paYlla £KTpOTT~~ : diversion dam q>paYlla £TTlO"XEo"£W~ uoaToc; : flood

control dam q>paYlla M81vo : masonry dam q>paYlla Af81vo TO~WTO : curved

masonry dam q>paYlla uop£uO"£w~ : water supply

reservoir q>paYlla XWllaTlvo : earth dam q>pEap : sink q>pEap : well q>pEap apT£O"IaVO : artesian well q>PWTIK~ ~WVIl : phreatic zone q>PWTIKO v£po : phreatic water q>p£aTlo : well q>p£aTlo £TTlO'KElIJ£W~ Kal Ka8apI0"1l0U

: manhole q>p£aTlo £TTlo"KElIJ£W~ Kal Ka8apI0"1l0U

UTTovollOU : sewer manhole q>p£aTlo O"~payya~ : tunnel well q>PEVO : brake q>PEVO uopauAIKo : hydraulic brake q>T£PWT~ : impeller q>UYOKEVTPIO"Il : centrifugation

EYE 2000

q>UYOKEVTPOC;; : centrifugal q>UYOKEVTPOC;; m:pIO'TpOq>IK~ aVTAfa :

centrifugal pump q>uMo : sheet q>uMo xaMl3olvo : steel sheet q>uO'aAfoa : bubble q>uO'aAfoa aEpoc;; : air bubble q>UO'IKO v£pa : natural waters q>UO'IK~ : physics q>UO'IK~ £~ETaO''l : physical examination q>UO'IK~ O'T£PEOU O'WIJaTOC;; : solid -

state physics q>UO'IKrl O'UXVOT'lTa : natural frequency q>UO'IKOX'lIlEia : physical chemistry q>uTa 8aAaO'O'ra : sea grass q>uTa 8aAaO'O'Ia : sea weeds q>UTIK~ Y'l : mould q>UTIKOC;; O'UVT£A£O'T~C;; : crop coefficient q>uToq>apllaKa : pesticides q>WToypallllHpla : photogrammetry

x xaAa~1 : hail xaAa~1 : hailstone xaAapwvw : relax xaAIKac;; TToTaIlIOC;; : river gravel xaAfKla : gravel xaAIKoKov[alla : gravel concrete xaAIKw0'lC;; : gritty xaAKoawA~vac;; : copper pipe xaAKoawMvac;; : copper tube xaAKou q>uMo : copper plate xaAul3ac;; : steel xaAul3ac;; llaAaKOC;; : mild steel xaAul3ac;; llaAaKOC;; : soft steel xaAul3ac;; O'uYKoM~O'£wC;; : weld steel Xall'lAO v£pa : low waters xall'lA~ TTI£O''l : low pressure xavoaKI : channel xavoaKI : flume xavoaKI : race xapaopa : gully xapaKac;; : rule xapaKT~p£c;; aAq>apI81l'lTiKOi :

alphanumeric characters xapaKT'lPIO'TIKa O''lIl£la 8aAaO'O''lC;; :

125

sea marks xapaKT'lpIO'TIK~ KaIlTTuA'l :

characteristic curve xapaKT'lpIO'TIK~ KaIlTTUA'l £oaq>ouc;; :

retension curve xapaKT'lpIO'TIK~ KaIlTTuA'l £oaq>ouc;; :

soil characteristic curve xapaKT'lpIO'TIK~ O'uvapT'lO''l :

characteristic function xapaKT'lPIO'TIKO TTAEYllaToc;; : grid

characteristic xapaKT'lPIO'TIKOC;; : characteristic XaPT'lC;; : chart XaPT'lC;; : map XaPT'lC;; £oaq>oAoYIKOC;; : soil map XaPT'lC;; 8aAaO'O'Iwv pWllaTwv :

current chart XaPT'lC;; KaJPOU : weather chart XaPT'lC;; KaJPOU : weather map XaPT'lC;; AIIlEva : harbour chart XaPT'lC;; AIIlEva : harbour plan XaPT'lC;; IlH£WPOAOYIKOC;; :

meteorological map XaPT'lC;; Il£T£WPOAOYIKOC;; : weather

chart XaPT'lC;; TTaAlppOlwV : tidal chart XaPT'lC;; O'x£olaO'£wc;; (11£ KAfllaKEC;;) :

graph paper XaPT'lC;; uopoypaq>IKoc;; : hydrographic

chart XaPT'lC;; XIAIOO'TOIlHPIKOC;; : squared

paper XapToypaq>'lO''l : mapping xapToypaq>IK~ UTT'lPEO'la :

cartographic service XE1AOC;; : border XElAOC;; : edge XE1AOC;; TTpOO'TTTWO'EWC;; : leading edge XE1AwIla : edging XE1IlappIKOT'lTa : torrent force XElllappIKOT'lTa : torrentiality XEIllappoc;; : torrent XElllappoc;; oral3pwO'EwC;; : erosion

torrent XElllappoc;; OPEIVOC;; : mountain torrent XE1Ilappou avaKallTTEC;; : torrent

bendings

126

XElpaVTAfa : hand pump XEIPIO"IJOt;; aUTOlJaTOt;; : automatic

control XEIPIO"IJOt;; E~ aTTOO"TaO"EWt;; : remote

control XEIPIO"IJOt;; I")AEKTPIKOt;; : electric control XEIPlo"T~PIO : control XEIPlo"T~PIO : control wheel XEIPlo"T~PIO avao"Tpo<p~t;; : reversing

wheel XEIPlo"T~PIO aVTAfat;; KEVOU : vacuum

pump control XElpOppu81J10"I") : manual control XElpO<PPEVO : hand brake XEpO"afot;; : terrestrial xtPO"Ot;; TOTTOt;; : bare land XI")IJIK~ aVTfopaO"I") : chemical reaction XI")IJIKOt;; : chemical "_1 '11I"'~1I" __ ...... _ ..... _.' .. • ~",.,. "S:.I"';"1"'l AlltA1n.uu'::l UJIU •• VU .... c.vv v.,uyVYV

(COD) : chemical oxygen demand XIAloypalJlJO : kilogram XIAlo8EPIJfoa : kilocalorie XIAIOAITPO : kilolitre XIAIOIJETPO : kilometer XIAIOO"TO : thousandth XIAIOO"TO j30AT : millivolt XIAIOO"TO TOU alJTTtp : milliampere XIAloO"Toj3apo : millibar XIAIOO"TOypalJlJo : milligram XIAIOO"TOAITPO : milliliter XIAIOO"TOIJETPO : millimeter XIAIOO"TOIJETPO KUj3IKO : cubic

millimeter XIOVI : snow XIOVOj3poxo : sleet XIOvo8uEMa : blizzard XIOVo8uEAAa : snow-storm XIOvo8uEMa : thick squall XIOVoKpuO"TaAAol : snow crystals XlovoKuAIO"lJa : snow-slip XIOVOVEPO : sleet Xlovovl<paoa : snow-flake XlovoO"Tlj3aoa : avalanche XIOvoO"TIj3aoa : snow drift XlovoxaAa~o : soft hail xrn.lJvlo KUAfvOpwv : cooling jacket xrn.lJvlo uoaTot;; : water jacket

IISc;lKO YOporSXVIKWV OPWV

xAlapot;; : lukewarm xAlapot;; : tepid xAwpfoa : flora XAwpfwO"I") : chlorination xoavI") : funnel XOVOPOKOKKOt;; : coarse grained xopo~ : chord XopToAfj3aoa EKTETalJtva TTEolva :

prairie land XOUIJOt;; : humus Xpl")O"IIJOTI")Ta oplaK~ : marginal utility XPOVIKO olaO"TI")lJa : period XPOVIO"IJOt;; : timing Xpovoypa<pot;; : chronograph XPovoolaKOTTTI")t;; : clock relay XPovoolaKOTTTI")t;; : time switch XpovoAoyfa : date XPOVOIJETPO : chronometer XPOVOJ.lETPO : stop vvatch XPOVOt;; : time XPOVOt;; aVTlopaO"EWt;; : reaction time XPovot;; aTTo"lovlO"IJOU : de-ionization

time XPOVOt;; olavuO"I")t;; : breakthrough time XPOVOt;; EKTOVWO"Ewt;; : expansion

stroke XPOVOt;; 8EPlJavO"EWt;; : time for heating XPOVOt;; VEKPOt;; : dead time XPovOt;; TTpoO"TTEAaO"Ewt;; : access time XPOVOt;; UO"TtPl")O"I")t;; : retardation time XPOvoO"Elpa : chronosequence XPOvoO"Elpa : time series XPWo"TIK~ : dye XUO"IIJO : casting XUO"IIJO : pouring XUT~ aO"<paATot;; : floated asphalt XUTOKOvfalJa : casted concrete XUTOt;; : cast XUTOt;; : casting XUTOt;; : moulding XUToO"fol")pot;; : cast iron XUToxaAuj3at;; : cast steel XUToxaAuj3at;; : crucible steel XWlJa : earth XWlJa : mould XWIJaT10"IJof : earth-works XWlJaTOupYIKa tpya : earth-works

EYE 2000

XWVI : funnel XWVI ol'l8rlCTEWe; : filter funnel XWVI CTTayoVO\.lETPIKO : dropping

funnel XWVOE10rle; : funnel - shaped xwpa rrpoCTxwCTlYEVrle; : alluvial

accumulations XWP'lTIKOT'lTa : capacitance XWP'lTIKOT'lTa : capacity XWP'lTIKOT'lTa aywyou : capacitance

of a conductor XWP'lTIKOT'lTa 8EP\.IIKrl : thermal

capacity XWP'lTIKOT'lTa uOaTOTa\.llEUTrlpa :

reservoir capacity XWP'lTIKOT'lTa WcpEAI\.I'l : usable

capacity XWPI~W : separate xwpf~w \.IE EKTrAUCT'l : luxiviate XWP1Krl EKTPOTrrl : drift XWPO\.lETp'lCT'l : land survey XWPO\.lETp'lCT'l : survey xwpoe; : domain xwpoe; : ground xwpoe; : room xwpoe; : space xwpoe; avaKAaCTEWe; : reflector space xwpoe; oEIY\.laTOA'lllJlae; : sample

space xwpoe; olaKEvou : clearance xwpoe; EvooopaCTEWe; : interaction

space xwpoe; OAICT8rlCTEWe; : drift space xwpoCTTa8\.1'lCT'l : land survey XwpoCTTa8\.1'lCT'l : surveying XWPOCTTCX8\.1'lCT'l YEW\.IETP1Krl :

geometric leveling

lIJa\.l\.lIT'le; : sandstone lIJapl : fish lIJEKa~W : spray lIJEKaCTTrlpae; : atomizer

lIJEKaCTTrlpae; : diffuser lIJEKaCTTrlpae; : injector lIJEKaCTTrlpae; : spray gun lIJEKaCTTrlpae; : sprayer lIJEUooj3u8oe; : false bottom lIJrlKTpa 8ETIKrl : positive brush lIJUYEIO : ice - box lIJU~'l : cooling lIJU~'l : refrigeration lIJU~'l \.IE EAOIO : oil cooling lIJUXO\.lEVOe; \.IE VEPO : water-cooled lIJUXPOe; : cold lIJUXPOe; : freezing lIJUXW : freeze

n W8'lCT'l : push W8'lCT'l a~OVIKrl : axial thrust wKEavoypacpla : oceanography wKEavOe; : ocean

127

WKEaVOe; ATAavTIKOe; : Atlantic Ocean WKEaVOe; BOpEIOe; naYW\.IEVOe; : Arctic

Ocean WKEaVOe; EIP'lVIKOe; : Pacific Ocean W\.IO\.lETPO : ohm meter wpa : hour wpa: time wpaaA'l8rle;:true~me wpa rKPrlVou'iTe; : Greenwich time wpa 'lAlaKrl : solar time wpa 8EPIVrl : summer time wpl\.laVCT'l EoacpOUe; : maturity of soil WPOAOYIO : clock WPOAOYIO : watch WPOAOYIO aTO\.llKO : atomic clock WPOAOYIO 'lAEKTPIKO : electric clock WPOAOYIO TCTETr'le; : pocket watch WPOAOYIO xElpOe; : wristwatch WCTIl : thrust WCTTIKrl ouva\.l'l EAIKa : propeller thrust WcpEA1\.I'l j3pOXrl : effective rainfall WcpEA1\.I0 CPOPTIO : carrying capacity

YllPOTEXNIKA

E1tUJT1UlOV1KO 1t~PlO()lKO TTt~ EnTtV1Kit~ Y()POT~XV1Kit~ 'Ev(OuTt~ (EYE) Topor; 10 OlmbfJplOr; 2000

IIEPIEXOMENA

ArrAO - EAAHNIKO AE3IKO 5

EAAHNO - ArrAIKO AE3IKO 67

HYDROTECHNII<A

Journal of the Hellenic Hydrotechnika Assosiation Volume 10, October 2000

CONTENTS

ENGLISH - GREEK DICTIONARY 5

GREEK - ENGLISH DICTIONARY 67