LINDBERG ENGINEERING COMPANY

and Low-Alloy Steel. R. E. MICHAELIS AND B. F. SCRIBNER, National Bureau of Standards. 10:00 (103) Direct Reading Analysis of Steel Solutions. Using a...
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Measures water content better than 1 part per

PROGRAM

Thursday, March 6 ELECTRON PARAMAGNETIC RESONANCE AND INFRARED MICRO-TECHNIQUES

Ι,ΟΟΟ,ΟΟΟ!

Thursday Morning—Pittsburgh Room R. A . Friedel, Presiding 9:00 9:35 Useful

6

MODEL W ELECTROLYTIC

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MOISTURE ANALYZER Applications: Analyzing "Freon" and Sulfur Dioxide refrigerants. Continuous or batch analyses of moisture in a wide variety of gas streams — including process streams, inert atmospheres required in plant processes and laboratory dry boxes, and plant instrument streams. Measuring reaction rates where water is involved as a reactant, product or catalyst. Available in explosion-proof and non-explosion-proof constructions Write

MEECO Instruments

for complete

| 10:10 I 10:20 10:40 11:00 11:20 11:40

Information

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RECESS. (96) Free Radicals Produced by Irradiation. L. H. PIETTE, Varian Associates. (97) Electron Paramagnetic Resonance at Low Tem­ peratures. R. C. REMPEL, Varian Associates. (98) Infrared Microsampling in Biomedical Inves­ tigations. W. B. MASON, University of Rochester School of Medicine and Dentistry. (99) Some Applications of Microinfrared Techniques in an Industrial Laboratory. G. L. COVERT AND D. H. ANDERSON, Eastman Kodak Co. (99Α) A Long-Path Infrared System (LOPAIR) for the Detection and Identification of Micro Quan­ tities of Toxic Vapors and/or Contaminants in the Atmosphere.

MANUFACTURERS ENGINEERING & EQUIPMENT CORP. 10 Sunset Lane

(94) Hyperfine Structure in the Electron Spin Res­ onance of Free Radicals. S. I. WEISSMAN, Washington University. (95) Application of Electron Paramagnetic Reso­ nance to Solids. Η. Ε. WEAVER, Varian Associ­ ates.

HARVEY TANNENBATJM, Army

Chemical Center.

Hatboro, Pa.

EMISSION SPECTROSCOPY— FERROUS MATERIALS

Circle No. 48 A-1 on Readers' Service Card, page 97 A

Thursday Morning—Urban Room Bruce M. La Rue, Presiding 9:00

(100) Spectrochemical Determination of Trace Amounts of Cerium in Ferrous Materials. R U ­

9:20

(101) Effect of Source Damping on Matrix Effects

DOLPH R U S T AND W. J. EDGAR, Ford Motor Co.

A U T O M A T I C

and Repeatability.

S U L F U R

9:40

T I T R A T O R

10:00

(Type ASD-1)

T . P . SCHREIBER AND R. F .

MAJKOWSKI, General Motors Corp. (102) Spectrometric Standard Samples for Ingot Iron and Low-Alloy Steel. R. E . MICHAELIS AND B. F. SCRIBNER, National Bureau of Standards. (103) Direct Reading Analysis of Steel Solutions Using a Reservoir-Cupped Center Post Elec­ trode.

F . A. GALLETTA, L. C. FLICKINGER, AND

Ε. W. POLLEY, Youngstown Sheet & Tube Co.

I.

by

10:45

LINDBERG

T h i s new Lindberg Sulfur Titrator, shown with new Lindberg " H - F " unit, provides automatic sulfur titration, completely overcoming the usual difficulties of manual titration. For full information write for our Bulletin T-1067.

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ANALYTICAL CHEMISTRY

11:05

RECESS.

I

(104) Point to Plane Spectrographic Analysis Em­ ploying Alloy Grey Iron Standards and Method of Casting. 0 . G. CLARK, General Motors Corp. (105) Application of Quantovac to Provide Complete, High Speed, Low Alloy Steel Analysis. M. F . HASLER, J. M. CARROL, AND G. ANDERMANN, Ap­

11:25

plied Research Laboratories. (106) Steel Quality Control by Using the ARL Quantometer. H. C. BROWN, Armco Steel Corp. INSTRUMENTATION—INFRARED AND GAS CHROMATOGRAPHY

Sold exclusively by laboratory equipment dealers

Lindberg Laboratory Equipment Division LINDBERG ENGINEERING COMPANY 2440 West Hubbard Street, Chicago 12, Illinois Circle No. 48 A-2 on Readers' Service Card, page 97 A 48 A

10:20

Thursday Afternoon—Terrace Room A . G. Sharkey, Jr., Presiding 2:00

(107) Micro Gas Cell for Infrared Spectroscopy. J. U. W H I T E , N . L. ALPERT, AND S. WEINER, White

Development Corp., AND W. M . WARD AND W. S. GALLAWAY, Beckman Instruments, Inc.