PROGRAM 9:40 Conductometric Determination of Carbon Below 10 p.p.m. i n Zone-Refined Tungsten. W. A. Gordon, Ζ. Τ . Tumney, and J. W. Graab, National Aeronautics and Space Administration. 10:00 E X P O S I T I O N E E C E S S .
GAS CHROMATOGRAPHY—GENERAL Wednesday Morning—Pittsburgh Room D. H. Lichtenfels, Presiding 8:30 Prediction of Retention Times. H . J . Maier, O. C. Karpathy, and N . Brenner, Perkin-Elmer Corp. 8:50 Characterization of High Molecular Weight Substances by Gas Chromatography. L. Mikkelsen and M. G. Beck, F & M Scientific Corp. 9:10 Gas Chromatography i n Chemical Research. W. W. Brandt, Kansas State University. 10:00 E X P O S I T I O N R E C E S S .
SYMPOSIUM C O M M E M O R A T I N G THE FIFTEENTH ANNIVERSARY OF THE FISHER AWARD IN ANALYTICAL CHEMISTRY ANALYTICAL CHEMISTRY C L I N I C Wednesday Morning—Ballroom Laben H. Melnick, Moderator
and/or
Peptide Analyses (Either Individual Samples or Column Effluent)
Quantitate... Total Nitrogen by Kjeldahl Total Protein by Biuret Total Protein by Folin—Ciocalteau (Lowry modification) Amino Groups by Ninhydrin Tyrosine by Folin—Ciocalteau
The Fisher awardees will comprise a panel to which questions can be directed from the floor on problems of analyses or general topics relating to analytical chemistry. 10:15—Opening remarks by the Conference General Chair man, Fritz Will III. Awardees Participating
Automatic Protein
Year of A w a r d
Ν. Η. Furman I. M. KolthofF H. H. W i l l a r d M. G. Me)lon G. F. Smith Ε. Η . Swift H. C. Diehl J . H. Yoe J. J . Lingane J. I. Hoffman P. J. Elving H. A . Liebhafsky
1948 1950 1951 1952 1954 1955 1956 1957 1958 1959 I960 1962
G. E. F. Lundell (Deceased) D. D. Van Slyke (Not Present) H. A. Laitinen (Not Present)
1949 1953 1961
Histidine by Pauly Diazo Reaction Arginine by Sakaguchi Glutamic Acid by Decarboxylase Lysine by Decarboxylase Albumin by H A B A Dye [2-(4' hydroxyazobenzene) benzoic acid]
Analyze... Biological Fluids directly Effluent from D E A E or Resin Chromatographic Column Effluent from Poraeth Electrophoretic Column Electrophoretic Starch Block Fractions Electrophoretic Paper Chromatogram Segments
X-RAY SPECTROSCOPY— INSTRUMENTATION AND APPLICATIONS Wednesday Afternoon—Ballroom R. K. Scott, Presiding 1:00 Practical Approach to Analysis of Iron Ores Using X - R a y Quantometers. H . T. Dryer and B. R. Boyd, Applied Research Laboratories, Inc. 1:20 X - R a y Spectroscopic Analysis of Noble Metal Alloys. B. W. Mulligan, H. J. Caul, S. D. Rasberry, and B. F . Scribner, National Bureau of Standards. 1:40 Semi-Quantitative X-Ray Fluorescence Analysis Sys tem. K. F . J. Heinrich, E. I. du P o n t de Nemours and Co., Inc. 2:00 X-Ray Fluorescence Methods for Determination of Tin Plate Coating Weights. J . H . Kelly and D . E. Cass, The Steel Co. of Canada, Ltd. 2:20 Analysis of Solutions by X - R a y Spectroscopy. T. J. Cullen, United States Metals Refining Co. 2:40 Improved X - R a y Fluorescence Method for Trace Metals in Refinery F C C Feedstocks- W. A. Rowe and K. P . Yates, Pure Oil Co. 3:00 Detector Adjustment Technique for Minimizing E r r o r s in X - R a y Emission Spectroscopy. D . D . Grewe, General Electric Co. 3:20 E X P O S I T I O N R E C E S S . 3:30 Use of Electron Beam Microanalyzer for Identifica tion of Stratospheric Particles. Susan Schur, Advanced Metals Research Corp.
Check point stages in Protein Fractionation Counter Current Distributions
with the Τ EC Η Ν I C Ο Ν®
^\iô^\nalyzer @ A n y or all of these determinations may be run on the same AutoAnalyzer: Takes only two minutes to change from one type of analysis to another. A n y combination may be run simultaneously from the same sample by adding additional standard AutoAnalyzer modules. T h e response time is such that most of the analyses may be run at 4 0 samples per hour. for information, select area of interest and write to
TECHNICON CHROMATOGRAPHY CORP. 52 R E S E A R C H P A R K · CHAUNCEY, N E W Y O R K
Circle No. 161 on Readers' Service Card VOL. 34, NO. 2, FEBRUARY 1962
·
57 A
