Beckman INSTRUMENTS, INC.
Transcript of Beckman INSTRUMENTS, INC.
FUTURE ARTICLES
Method for the Determination of Mercury in Biological Materials by Neutron Activation Analysis H. L. Rook, T. E. G///S, and P. D. LaFleur
Liquid Scintillation Counting of Low Level Carbon-14 Components in Gases R. £. Bosshart and R. K. Young
Semi-Integral Electroanalysis: Theory and Verification M. Grenness and Κ. B. Oldham
Voltammetric Behaviors at Platinum and Decomposition Potentials of Alkali Tungstate and Polytungstate Melts L. Meites, E. Banks, and C. W. Fleischmann
Voltammetry in Methanol, Ethanol, and Sulfolane as Solvents J. F. Coetzee and J. M. Simon
Determination of Glibomuride in Blood by Differential Pulse Polarography J. A. F. de Silva and M. R. Hackman
Wax-Bound Lead-Dioxide Potentiometric Electrode and Applications to Chelatometric Titration C. N. Wang, P. J. Kinlen, D. A. Schoeller, and C. 0. Huber
Theory of Potential Scan Voltammetry with Finite Diffusion: Kinetics and Other Complications H. E. Keller and W. M. Reinmuth
Factor Analysis of Some Clinical and Physical Influences in Gas-Liquid Chromatography P. H. Weiner and D. G. Howery
Characterization of Gas Chromatography Effluents via Scanning Fluorescence Spectrometry D. J. Freed and L. R. Faulkner
Investigation into the Mechanism of Desolvation of Sample Droplets in Flame Spectrometry N. C. Clampitt and G. M. Hieftje
Study of Gamma-Ray Spectrum Distortion by Mathematical Smoothing H. P. Yule
Identification of Organochlorine Pesticide Residues by Ultraviolet Solid-Phase Photolysis D. E. Glotfelty
Application of a Sequential Reduction Regimen to Fractionation of Essential Oils P. A. Hed/'n, A. C. Thompson, and R. C. Gueldner
Continuous Analysis of Ascorbic Acid by Photobleaching of Methylene Blue V. R. White and J. M. Fitzgerald
Bi-Gaussian Fitting of Skewed Peaks T. S. Buys and K. De Clark
X-Ray Photoelectron Spectroscopy of Fluoropolymers C. R. Ginnard and W. M. R/ggs
Argon-Water Mixtures as Reagents for Chemical Ionization Mass Spectrometry D. F. Hunt and J. F. Ryan, ///
Now, a 3-year reference electrode that doesn't have a glass jaw.
CIRCLE 16 O N READER SERVICE CARD
118 A · ANALYTICAL CHEMISTRY, VOL. 44, NO. 6, MAY 1972
It's so durable, we promise a free replacement if our Perma-Probe™ Solid-State Reference Electrode body gets broken during the first three years of service. That's because this is the tough
^ one, the one with a solid, B f c ^ ^ ^ . unbreakable body S f l B B H f e ^ ^ ^ ^ a n d n 0 S'ass
electrode holders, and is supplied with standard pin connector. The nonflowing junction, easily cleared, makes the Perma-Probe best for dirty samples, heavy or thick suspensions, and soil and mineral applications. But this rugged, long-life unit is equally problem-free in almost any application and works with all modern laboratory pH meters.
Get the rest of the facts. Write for: Data File 27,
B: Instruments si on, ckman struments, ic.,2500 arbor julevard, ilerton, Eornia 92634.
Also, nc>^VH|^^^^|^^^flH flowing e l e c t r ° ^ m | | ^ ^ ^ ^ | ^ H lyte junction, so n o ^ ^ i ! | B j | j ^ ^ ^ H filling hole and no ' ' Ι ' ί η 9 · ^ ^ Η Β | Η Operates up to 100°C, t h r o u g h ^ ^ » range of 0-12 pH and pressures to 100 psi. Just 51/2 " long, Vz " diameter. Fits all standard laboratory Beckman®
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