Techlab - Matériaux de référence certifiés et … Method 200.7 Laboratory PPerformance CCheck...
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TECHLAB 4C La Tannerie - BP 30055 - 57072 - METZ cedex 3 33 ICP Method 200.7 Mixed Calibration Standard #3 MCS-03-1 $ 64 / 100 mL MCS-03-5 $ 123 / 500 mL 3 components in 2% HNO3 tr. HF Element μg/mL λ (nm) As (Arsenic) 500 189.042 Mo (Molybdenum) 100 202.030 Si (Silicon) 100 251.611 Mixed Calibration Standard #4 MCS-04-1 $ 85 / 100 mL MCS-04-5 $ 165 / 500 mL 6 components in 2% HNO3 Element μg/mL λ (nm) Al (Aluminum) 200 396.152 Ca (Calcium) 1000 317.933 Cr (Chromium) 20 205.552 Ni (Nickel) 20 231.604 K (Potassium) 400 766.490 Na (Sodium) 200 589.592 Mixed Calibration Standard #1 MCS-01-1 $ 85 / 100 mL MCS-01-5 $ 165 / 500 mL 6 components in 2% HNO3 Element μg/mL λ (nm) Be (Beryllium) 50 313.042 Cd (Cadmium) 150 214.438 Pb (Lead) 500 220.353 Mn (Manganese) 100 220.353 Se (Selenium) 200 196.090 Zn (Zinc) 150 213.856 Mixed Calibration Standard #2 MCS-02-1 $ 85 / 100 mL MCS-02-5 $ 165 / 500 mL 5 components in 2% HNO3 Element μg/mL λ (nm) Ba (Barium) 100 233.527 Co (Cobalt) 100 228.61 Cu (Copper) 100 324.754 Fe (Iron) 10,000 259.940 V (Vanadium) 100 292.402 Mixed Calibration Standard #5 MCS-05-1 $ 85 / 100 mL MCS-05-5 $ 165 / 500 mL 5 components in 2% HNO3 Element μg/mL λ (nm) Sb (Antimony) 200 217.581 B (Boron) 100 249.773 Mg (Magnesium) 1000 279.553 Ag (Silver) 50 328.068 Tl (Thallium) 200 351.924 Mixed Calibration Standards (1986) Set MCS-01-1 MCS-02-1 MCS-03-1 MCS-04-1 MCS-05-1 MCS-01-5 MCS-02-5 MCS-03-5 MCS-04-5 MCS-05-5 MCS-1986-5-SET $ 625 / 5 x 500 mL MCS-1986-1-SET $ 320 / 5 x 100 mL Five calibration standards are available for routine instrument calibration for use in SW-846, Method 200.7 (rev. March 1983) and Method 6010 (rev. 0, Sept. 1986). SW-846, Method 200.7 & 6010 Calibration Standards D Do on n' 't t s se ee e t th he e e ex xa ac ct t s so ol lu ut ti io on n y yo ou u n ne ee ed d? ? Call our Inorganic Technical Service Department for a custom solution or synthesis quotation or, if you prefer, fax us the custom quotation request form in the back of the catalog. Spiking Standard #1R M-200.7-SP-01-R * $ 50 / 50 mL 4 components in H2O tr. HF Element μg/mL λ (nm) B (Boron) 400 249.678 Mo (Molybdenum) 200 203.844 Si (Silicon) † 2000 251.611 P (Phosphorus) 400 214.914 † 4278 μg/mL SiO2 Spiking Standard #2R M-200.7-SP-02-R $ 59 / 50 mL M-200.7-SP-02-R-1 $ 118 / 100 mL M-200.7-SP-02-R-5 $ 480 / 500 mL 4 components in 2% HNO3 Element μg/mL λ (nm) Ca (Calcium) 10,000 315.887 Mg (Magnesium) 10,000 279.079 K (Potassium) 10,000 766.491 Na (Sodium) 10,000 588.595 Spiking Standard #4R M-200.7-SP-04-R $ 20 / 50 mL 1 component in dilute HNO3 Element μg/mL λ (nm) Sb (Antimony) 200 206.833 Method 200.7 Spiking Set M-200.7-SP-R-SET $ 225 / 5 x 50 mL Spiking Standard #5R M-200.7-SP-05-R $ 55 / 50 mL 5 components in 5% HNO3 Element μg/mL λ (nm) As (Arsenic) 200 193.696 Cd (Cadmium) 100 226.502 Pb (Lead) 200 220.353 Se (Selenium) 400 196.090 Tl (Thallium) 400 190.864 M-200.7-SP-01-R M-200.7-SP-02-R M-200.7-SP-03 M-200.7-SP-04-R M-200.7-SP-05-R Spiking Standard #3 M-200.7-SP-03 $ 95 / 50 mL 12 components in 5% HNO3 Element μg/mL λ (nm) Al (Aluminum) 2000 396.152 Ba (Barium) 2000 233.527 Be (Beryllium) 50 313.042 Cr (Chromium) 200 205.552 Co (Cobalt) 500 228.616 Cu (Copper) 250 324.754 Fe (Iron) 1000 259.940 Mn (Manganese) 500 257.610 Ni (Nickel) 500 231.604 Ag (Silver) 50 328.068 V (Vanadium) 500 292.402 Zn (Zinc) 500 213.856 Method 200.7 Spiking Solutions for Drinking Water SW-846, Method 200.7 & 6010 Techlab - Matériaux de référence certifiés et Equipements de laboratoire - www.techlab.fr TECHLAB www.techlab.fr Tél. (33) 03 87 75 54 29
Transcript of Techlab - Matériaux de référence certifiés et … Method 200.7 Laboratory PPerformance CCheck...
TECHLAB 4C La Tannerie - BP 30055 - 57072 - METZ cedex 3 33
ICP Method 200.7
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##33MMCCSS--0033--11 $$ 6644 // 110000 mmLLMMCCSS--0033--55 $$ 112233 // 550000 mmLL3 components in 2% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))As (Arsenic) 500 189.042Mo (Molybdenum) 100 202.030Si (Silicon) 100 251.611
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##44MMCCSS--0044--11 $$ 8855 // 110000 mmLLMMCCSS--0044--55 $$ 116655 // 550000 mmLL6 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 200 396.152Ca (Calcium) 1000 317.933Cr (Chromium) 20 205.552Ni (Nickel) 20 231.604K (Potassium) 400 766.490Na (Sodium) 200 589.592
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##11MMCCSS--0011--11 $$ 8855 // 110000 mmLLMMCCSS--0011--55 $$ 116655 // 550000 mmLL6 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Be (Beryllium) 50 313.042Cd (Cadmium) 150 214.438Pb (Lead) 500 220.353Mn (Manganese) 100 220.353Se (Selenium) 200 196.090Zn (Zinc) 150 213.856
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##22MMCCSS--0022--11 $$ 8855 // 110000 mmLLMMCCSS--0022--55 $$ 116655 // 550000 mmLL5 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Ba (Barium) 100 233.527Co (Cobalt) 100 228.61Cu (Copper) 100 324.754Fe (Iron) 10,000 259.940V (Vanadium) 100 292.402
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##55MMCCSS--0055--11 $$ 8855 // 110000 mmLLMMCCSS--0055--55 $$ 116655 // 550000 mmLL5 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Sb (Antimony) 200 217.581B (Boron) 100 249.773Mg (Magnesium) 1000 279.553Ag (Silver) 50 328.068Tl (Thallium) 200 351.924
MMiixxeedd CCaalliibbrraattiioonnSSttaannddaarrddss ((11998866)) SSeett
MCS-01-1MCS-02-1
MCS-03-1MCS-04-1
MCS-05-1
MCS-01-5MCS-02-5
MCS-03-5MCS-04-5
MCS-05-5
MMCCSS--11998866--55--SSEETT $$ 662255 // 55 xx 550000 mmLL
MMCCSS--11998866--11--SSEETT $$ 332200 // 55 xx 110000 mmLL
Five calibration standards are available for routine instrument calibration for use in SW-846, Method 200.7 (rev. March 1983) and Method 6010 (rev.0, Sept. 1986).
SW-846, Method 200.7 & 6010 Calibration Standards
DDoonn''tt sseeee tthhee eexxaacctt ssoolluuttiioonn yyoouu nneeeedd??CCaallll oouurr IInnoorrggaanniicc TTeecchhnniiccaall SSeerrvviiccee DDeeppaarrttmmeenntt ffoorr aa ccuussttoomm ssoolluuttiioonn oorrssyynntthheessiiss qquuoottaattiioonn oorr,, iiff yyoouu pprreeffeerr,, ffaaxx uuss tthhee ccuussttoomm qquuoottaattiioonn rreeqquueessttffoorrmm iinn tthhee bbaacckk ooff tthhee ccaattaalloogg..
SSppiikkiinngg SSttaannddaarrdd ##11RRMM--220000..77--SSPP--0011--RR ** $$ 5500 // 5500 mmLL4 components in H2O tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))B (Boron) 400 249.678Mo (Molybdenum) 200 203.844Si (Silicon) † 2000 251.611P (Phosphorus) 400 214.914
† 4278 µg/mL SiO2
SSppiikkiinngg SSttaannddaarrdd ##22RRMM--220000..77--SSPP--0022--RR $$ 5599 // 5500 mmLLMM--220000..77--SSPP--0022--RR--11 $$ 111188 // 110000 mmLLMM--220000..77--SSPP--0022--RR--55 $$ 448800 // 550000 mmLL4 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Ca (Calcium) 10,000 315.887Mg (Magnesium) 10,000 279.079K (Potassium) 10,000 766.491Na (Sodium) 10,000 588.595
SSppiikkiinngg SSttaannddaarrdd ##44RRMM--220000..77--SSPP--0044--RR $$ 2200 // 5500 mmLL1 component in dilute HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Sb (Antimony) 200 206.833
MMeetthhoodd 220000..77 SSppiikkiinngg SSeettMM--220000..77--SSPP--RR--SSEETT $$ 222255 // 55 xx 5500 mmLL
SSppiikkiinngg SSttaannddaarrdd ##55RRMM--220000..77--SSPP--0055--RR $$ 5555 // 5500 mmLL5 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))As (Arsenic) 200 193.696Cd (Cadmium) 100 226.502Pb (Lead) 200 220.353Se (Selenium) 400 196.090Tl (Thallium) 400 190.864
M-200.7-SP-01-RM-200.7-SP-02-RM-200.7-SP-03
M-200.7-SP-04-RM-200.7-SP-05-R
SSppiikkiinngg SSttaannddaarrdd ##33MM--220000..77--SSPP--0033 $$ 9955 // 5500 mmLL12 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 2000 396.152Ba (Barium) 2000 233.527Be (Beryllium) 50 313.042Cr (Chromium) 200 205.552Co (Cobalt) 500 228.616Cu (Copper) 250 324.754Fe (Iron) 1000 259.940Mn (Manganese) 500 257.610Ni (Nickel) 500 231.604Ag (Silver) 50 328.068V (Vanadium) 500 292.402Zn (Zinc) 500 213.856
Method 200.7 Spiking Solutions for Drinking Water
SW-846, M
ethod 200.7 & 6010
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ICP Method 200.7
SSIICC SSoolluuttiioonn ##33Used to evaluate the spectral interferencefor the analytes: Sb, Zn, As, Ag, Cr, Mn, VSSIICCSS--0033--11 $$ 5522 // 110000 mmLLSSIICCSS--0033--55 $$ 110022 // 550000 mmLL3 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 30 308.215Fe (Iron) 150 259.940Ni (Nickel) 20 231.604
SSIICC SSoolluuttiioonn ##22Used to evaluate the spectral interferencefor the analytes: Sb, Pb, Zn, Mo, As, BeSSIICCSS--0022--11 $$ 6611 // 110000 mmLLSSIICCSS--0022--55 $$ 111199 // 550000 mmLL5 components in 2% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Cr (Chromium) 20 205.552Co (Cobalt) 10 228.616Cu (Copper) 40 324.754Mn (Manganese) 20 257.610V (Vanadium) 10 292.402
SSIICC SSoolluuttiioonn ##11Used to evaluate the spectral interferencefor the analytes: Al, Sb, Se, Sn, VSSIICCSS--0011--11 $$ 3344 // 110000 mmLLSSIICCSS--0011--55 $$ 6677 // 550000 mmLL1 component in 2% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Mo (Molybdenum) 50 203.844
CChheecckk SSoolluuttiioonnss SSeettss
SSIICC--11--SSEETT $$ 112200 // 33 xx 110000 mmLL
SICS-03-1SICS-01-1SICS-02-1
SSIICC--55--SSEETT $$ 223300 // 33 xx 550000 mmLL
SICS-01-5SICS-02-5
SICS-03-5
Since everyone experiences different interference problems in their analysis, it is often easiest to design standards to match the "real world" samples.Below is a set of single element standards that can be used for making these standards in your lab. If you would like us to formulate these solutionsfor you, please call our Technical Service Department for a custom quote.
Al (Aluminum) ICP-01N-1Cr (Chromium) ICP-13N-1Co (Cobalt) ICP-14N-1Cu (Copper) ICP-15N-1Fe (Iron) ICP-27N-1Mn (Manganese) ICP-33N-1Mo (Molybdenum) ICP-35W-1Ni (Nickel) ICP-37N-1V (Vanadium) ICP-67N-1
SSppeeccttrraall IInntteerrffeerreennccee CChheecckk SSeettSSIICC--SSIINNGG--11--SSEETT $$ 224400 // 99 xx 110000 mmLLSingle Elements @ 1,000 µg/mL
For use in testing and verifying the inter-element spectral correction process.
Method 200.7 Interference Check Standards
Method 200.7
TThheessee pprroodduuccttss rreeqquuiirree aa HHaazzaarrddoouuss SShhiippppiinngg FFeeee eexxcceepptt pprroodduuccttss mmaarrkkeedd wwiitthh aann aasstteerriisskk **
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ICP Method 200.7
LLaabboorraattoorryy PPeerrffoorrmmaannccee CChheecckk SSttaannddaarrddFor use in demonstrating the initial andcontinuing verification of the calibrationcurves produced by this method.LLPPCCSS--0011--11 $$ 222200 // 110000 mmLLLLPPCCSS--0011--55 $$ 444400 // 550000 mmLL29 components in 5% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 20 308.215Sb (Antimony) 20 206.833As (Arsenic) 20 193.696Ba (Barium) 20 493.409Be (Beryllium) 20 313.042B (Boron) 20 249.678Cd (Cadmium) 20 226.502Ca (Calcium) 20 315.887Cr (Chromium) 20 205.552Co (Cobalt) 20 228.616Cu (Copper) 20 324.754Fe (Iron) 20 259.940Pb (Lead) 20 220.353Li (Lithium) 20 670.784Mg (Magnesium) 20 279.079Mn (Manganese) 20 257.610Mo (Molybdenum) 20 203.844Ni (Nickel) 20 231.604P (Phosphorus) 100 214.914K (Potassium) 100 766.491Se (Selenium) 20 196.090Si (Silicon) † 100 251.611Ag (Silver) 5 328.068Na (Sodium) 20 588.995Sr (Strontium) 20 421.552Tl (Thallium) 20 190.864Sn (Tin) 20 189.980V (Vanadium) 20 292.402Zn (Zinc) 20 213.856
† 214 µg/mL as SiO2
MMeerrccuurryy SSttaannddaarrddMercury is available in a separate solutiondue to incompatibility with other elements.TTCCLLPP--0022--11 $$ 3344 // 110000 mmLLTTCCLLPP--0022--55 $$ 6677 // 550000 mmLL1 component in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Hg (Mercury) 20 194.227
LLaabboorraattoorryy FFoorrttiiffyyiinngg SSttoocckkSSoolluuttiioonnFor use in preparing the laboratory fortifiedblank and the laboratory fortified samplematrix.LLFFSSSS--0011--11 $$ 119955 // 110000 mmLLLLFFSSSS--0011--55 $$ 338800 // 550000 mmLL25 components in 5% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 25 308.215Sb (Antimony) 25 206.833As (Arsenic) 25 193.696Ba (Barium) 25 493.409Be (Beryllium) 5 313.042B (Boron) 25 249.678Cd (Cadmium) 10 226.502Cr (Chromium) 25 205.552Co (Cobalt) 10 228.616Cu (Copper) 25 324.754Fe (Iron) 25 259.940Pb (Lead) 25 220.353Li (Lithium) 25 670.784Mn (Manganese) 25 257.610Mo (Molybdenum) 10 203.844Ni (Nickel) 25 231.604P (Phosphorus) 50 214.914Se (Selenium) 25 196.090Si (Silicon) † 25 251.611Ag (Silver) 2.5 328.068Sr (Strontium) 25 421.552Tl (Thallium) 25 190.864Sn (Tin) 10 189.980V (Vanadium) 10 292.402Zn (Zinc) 25 213.856
† 53.5 µg/mL as SiO2
Method 200.7 Performance Check, Fortifying Solution & Mercury Standard
Technical NoteThe analytes Ca, K, Mg, and Na arenot included in the stock solutionbecause their concentrations vary widelyin environmental samples.
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##22MM--220000..77--0022RR--11 $$ 7755 // 110000 mmLLMM--220000..77--0022RR--55 $$ 113355 // 550000 mmLL6 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Li (Lithium) 50 670.784Mo (Molybdenum) 100 203.844K (Potassium) 200 766.491Na (Sodium) 100 588.995Sr (Strontium) 10 421.552Ti (Titanium) 100 334.941
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##55MM--220000..77--0055--11 $$ 6699 // 110000 mmLLMM--220000..77--0055--55 $$ 113344 // 550000 mmLL6 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Be (Beryllium) 10 313.042Fe (Iron) 100 259.940Pb (Lead) 100 220.353Mg (Magnesium) 100 279.553Ni (Nickel) 20 231.604Tl (Thallium) 50 190.864MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##44
MM--220000..77--0044--11 $$ 6699 // 110000 mmLLMM--220000..77--0044--55 $$ 113344 // 550000 mmLL5 components in 5% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 100 308.215Cr (Chromium) 50 205.552Si (Silicon) † 100 251.611Sn (Tin) 40 189.980Zn (Zinc) 50 213.856
† 214 µg/mL as SiO2
M-200.7-01-1M-200.7-02R-1M-200.7-03R-1
M-200.7-04-1M-200.7-05-1
M-200.7-01-5M-200.7-02R-5M-200.7-03-5R
M-200.7-04-5M-200.7-05-5
MMiixxeedd CCaalliibbrraattiioonnSSttaannddaarrddss SSeettss
MM--220000..77--55--RR--SSEETT $$ 554455 // 55 xx 550000 mmLL
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##11MM--220000..77--0011--11 $$ 9966 // 110000 mmLLMM--220000..77--0011--55 $$ 118877 // 550000 mmLL10 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Sb (Antimony) 50 206.833As (Arsenic) 100 193.696Ba (Barium) 10 493.409B (Boron) 20 249.678Cd (Cadmium) 20 226.502Ca (Calcium) 100 315.887Cu (Copper) 20 324.754Mn (Manganese) 20 257.610Se (Selenium) 50 196.090Ag (Silver) 5 328.068
MMiixxeedd CCaalliibbrraattiioonn SSttaannddaarrdd ##33MM--220000..77--0033RR--11 $$ 5555 // 110000 mmLLMM--220000..77--0033RR--55 $$ 110055 // 550000 mmLL4 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Ce (Cerium) 20 413.765Co (Cobalt) 20 228.616P (Phosphorus) 100 214.914V (Vanadium) 20 292.402
Method 200.7 (Revision 4.4, May 1994) Calibration Standards
MM--220000..77--11--RR--SSEETT $$ 228800 // 55 xx 110000 mmLL
Method 200.7
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ICP Method 200.7(Revision 4.4, May 1994)
IInnssttrruummeenntt FFoorrttiiffyyiinngg SSttaannddaarrddMM--220000..77--LLFFSSSS--0011--11 $$ 220000 // 110000 mmLLMM--220000..77--LLFFSSSS--0011--55 $$ 339900 // 550000 mmLL26 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 20 309.271As (Arsenic) 20 193.696Ba (Barium) 20 455.403Be (Beryllium) 20 313.042B (Boron) 20 249.773Cd (Cadmium) 20 226.502Ca (Calcium) 20 315.887Ce (Cerium) 20 413.765Cr (Chromium) 20 205.552Co (Cobalt) 20 238.892Cu (Copper) 20 324.754Fe (Iron) 20 238.204Pb (Lead) 20 220.353Li (Lithium) 20 670.786Mg (Magnesium) 20 279.553Mn (Manganese) 20 257.610Ni (Nickel) 20 231.604P (Phosphorus) 20 213.618K (Potassium) 500 766.461Se (Selenium) 20 196.026Ag (Silver) 7.5 328.068Na (Sodium) 20 589.995Sr (Strontium) 20 407.771Tl (Thallium) 20 190.864V (Vanadium) 20 292.402Zn (Zinc) 20 213.856
IInnssttrruummeenntt FFoorrttiiffyyiinngg SSttaannddaarrdd ##22MM--220000..77--LLFFSSSS--0022--11 $$ 6600 // 110000 mmLLMM--220000..77--LLFFSSSS--0022--55 $$ 112200 // 550000 mmLL5 components in 5% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Sb (Antimony) 20 217.581Mo (Molybdenum) 20 202.030Si (Silicon) † 20 251.611Sn (Tin) 20 189.980Ti (Titanium) 20 334.941
† 42.78 µg/mL as SiO2
IInnssttrruummeenntt FFoorrttiiffyyiinngg SSttaannddaarrddffoorr WWaatteerr MM--220000..77--LLFFSSSS--0011WW--11 $$ 119955 // 110000 mmLLMM--220000..77--LLFFSSSS--0011WW--55 $$ 338800 // 550000 mmLL22 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 20 309.271As (Arsenic) 20 193.696Ba (Barium) 20 455.403Be (Beryllium) 20 313.042B (Boron) 20 249.773Cd (Cadmium) 20 226.502Ce (Cerium) 20 413.765Cr (Chromium) 20 205.552Co (Cobalt) 20 238.892Cu (Copper) 20 324.754Fe (Iron) 20 238.204Pb (Lead) 20 220.353Li (Lithium) 20 670.786Mn (Manganese) 20 257.610Ni (Nickel) 20 231.604P (Phosphorus) 20 213.618K (Potassium) 500 766.461Se (Selenium) 20 196.026Ag (Silver) 7.5 328.068Tl (Thallium) 20 190.864V (Vanadium) 20 292.402Zn (Zinc) 20 213.856
IInnssttrruummeenntt FFoorrttiiffyyiinngg SSttaannddaarrddffoorr SSoolliiddssMM--220000..77--LLFFSSSS--0011SS--11 $$ 220000 // 110000 mmLLMM--220000..77--LLFFSSSS--0011SS--55 $$ 339900 // 550000 mmLL24 components in 5% HNO3
EElleemmeenntt µµgg//mmLL λλ ((nnmm))As (Arsenic) 20 193.696Ba (Barium) 20 455.403Be (Beryllium) 20 313.042B (Boron) 20 249.773Cd (Cadmium) 20 226.502Ca (Calcium) 20 315.887Ce (Cerium) 20 413.765Cr (Chromium) 20 205.552Co (Cobalt) 20 238.892Cu (Copper) 20 324.754Pb (Lead) 20 220.353Li (Lithium) 20 670.786Mg (Magnesium) 20 279.553Mn (Manganese) 20 257.610Ni (Nickel) 20 231.604P (Phosphorus) 20 213.618K (Potassium) 500 766.461Se (Selenium) 20 196.026Ag (Silver) 7.5 328.068Na (Sodium) 20 589.995Sr (Strontium) 20 407.771Tl (Thallium) 20 190.864V (Vanadium) 20 292.402Zn (Zinc) 20 213.856
These Standards have been split for stability and ease of use. Chose the Instrument Fortifying Standard you require for Part 1 & use with Part 2 tocomplete the analyte list. For Lab Fortified Blank use M-200.7-LFSS-01, for Water Samples use M-200.7-LFSS-01W, and for Solid Samples use M-200.7-LFSS-01S.
PPaarrtt 11
PPaarrtt 22
Method 200.7 Fortifying (Spiking & Instrument Performance Standards)
Instrument Performance Standards
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Al (Aluminum) 20 308.215As (Arsenic) 20 193.696Ba (Barium) 20 493.409Be (Beryllium) 20 313.042B (Boron) 20 249.678Cd (Cadmium) 20 226.502Ca (Calcium) 20 315.887Ce (Cerium) 20 413.765Cr (Chromium) 20 205.552Co (Cobalt) 20 228.616Cu (Copper) 20 324.754Fe (Iron) 20 259.940Pb (Lead) 20 220.353
IInnssttrruummeenntt PPeerrffoorrmmaannccee CChheecckk SSttaannddaarrdd ##11MM--220000..77--IIPPCC--0011--11 $$ 221100 // 110000 mmLLMM--220000..77--IIPPCC--0011--55 $$ 443300 // 550000 mmLL26 components in 5% HNO3
IInnssttrruummeenntt PPeerrffoorrmmaannccee CChheecckkSSttaannddaarrdd ##22MM--220000..77--IIPPCC--0022--11 $$ 7700 // 110000 mmLLMM--220000..77--IIPPCC--0022--55 $$ 113355 // 550000 mmLL5 components in 5% HNO3 tr. HF
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Sb (Antimony) 20 217.581Mo (Molybdenum) 20 202.030Si (Silicon) † 100 251.611Sn (Tin) 20 189.980Ti (Titanium) 20 334.941
† 214 µg/mL as SiO2
EElleemmeenntt µµgg//mmLL λλ ((nnmm))Li (Lithium) 20 670.786Mg (Magnesium) 20 279.553Mn (Manganese) 20 257.610Ni (Nickel) 20 231.604P (Phosphorus) 100 213.618K (Potassium) 100 766.461Se (Selenium) 20 196.026Ag (Silver) 2.5 328.068Na (Sodium) 20 589.995Sr (Strontium) 20 407.771Tl (Thallium) 20 190.864V (Vanadium) 20 292.402Zn (Zinc) 20 213.856
Method 200.7
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LFSS-01-1:35LFSS-01-5:35LPCS-01-1:35LPCS-01-5:35M-200.7-01-1:35M-200.7-01-5:35M-200.7-02R-1:35M-200.7-02R-5:35M-200.7-03R-1:35M-200.7-03R-5:35M-200.7-04-1:35M-200.7-04-5:35M-200.7-05-1:35M-200.7-05-5:35M-200.7-1-R-SET:35M-200.7-5-R-SET:35M-200.7-IPC-01-1:36M-200.7-IPC-01-5:36M-200.7-IPC-02-1:36M-200.7-IPC-02-5:36M-200.7-LFSS-01-1:36M-200.7-LFSS-01-5:36M-200.7-LFSS-01S-1:36M-200.7-LFSS-01S-5:36M-200.7-LFSS-01W-1:36M-200.7-LFSS-01W-5:36M-200.7-LFSS-02-1:36M-200.7-LFSS-02-5:36M-200.7-SP-01-R:33M-200.7-SP-02-R:33M-200.7-SP-02-R-1:33M-200.7-SP-02-R-5:33M-200.7-SP-03:33M-200.7-SP-04-R:33M-200.7-SP-05-R:33M-200.7-SP-R-SET:33MCS-01-1:33MCS-01-5:33MCS-02-1:33MCS-02-5:33MCS-03-1:33MCS-03-5:33MCS-04-1:33MCS-04-5:33MCS-05-1:33MCS-05-5:33MCS-1986-1-SET:33MCS-1986-5-SET:33SIC-1-SET:34SIC-5-SET:34SIC-SING-1-SET:34SICS-01-1:34SICS-01-5:34SICS-02-1:34SICS-02-5:34SICS-03-1:34SICS-03-5:34TCLP-02-1:35TCLP-02-5:35
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