News
LDC/Milton Roy HPLC Metering Pumps Priced from $975
Program and General Chairmen
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Peter LDC/Milton Roy offers a complete family of precision metering pumps for high performance liquid chromatography (HPLC). •
miniPump* series metering pumps - The first metering pump manufactured and used for HPLC. Priced from $975.00. Single piston, 0-6000 psi, solvent delivery from 16-920 mL/hr, flow rate stability ± 0.3% per hour.
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miniMetric~series metering pumps - The newest addition to the LDC/Milton Roy family of metering pumps. Priced from $1752.* Fast-refill single sapphire piston, 0-6000 psi, pulseless solvent delivery from 5 0 J J L - 5 mL/min, flow rate stability ± 0.3% per hour, gradient compatible.
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constaMetric» series metering pumps · The ultimate in pulseless flow performance. Priced from $2292.* Dual reciprocating sapphire pistons, 0-6000 psi, pulseless solvent delivery from 0.1 to 9.99 mL/min, flow rate stability + 0.3% per hour, gradient compatible.
*When purchased with a gradient system. For more information or to order call: Toll Free: 800-327-6182 In Florida: (305) 844-5241 LDC/Milton Roy Analytical Instruments - a tradition of quality and performance.
LDC/Milton Roy 3661 Interstate Park Rd. N. P.O. Box 10235 Riviera Beach, FL 33404
Griffiths
3:50 Fourier Transforms in Chromatography. Michael F. Burke, U of Arizona 4:25 Correlation and Fourier Transform Approaches to TimeResolved Fluorescence Measurements. Joel M. Harris and Michael J. Pelletier, U of Utah
Wednesday Morning, June 22 Hyphenated Techniques
M. L. Gross, Presiding 8:45 Development and Application of GC/FTIR for Pollutant Analysis. Leo V. Azarraga, U.S. Environmental Protection Agency 9:30 GC/FTIR/FTMS. Charles L. Wilkins, U of California—Riverside 10:05 On-line Elemental Analysis by GC/FTNIR. Robert C. Fry, Kansas State U 10:55 HPLC/FTIR. Kiyokatsu Jinno, Toyohashi U of Technology 11:30 Nonroutine Applications of FTIR Evolved Gas Analysis. Charles A. Cody, Larry Di Carlo, and Bruce F. Faulseit, NL Industries/NL Chemicals
Wednesday Afternoon Surface Analysis by FTIR
W. G. Fateley, Presiding 1:30 In Situ Studies of Catalyzed Reactions by Transmission FTIR Spectrometry. Alexis T. Bell, U of CaliforniaBerkeley
CIRCLE 135 ON READER SERVICE CARD
534 A · ANALYTICAL CHEMISTRY, VOL. 55, NO. 4, APRIL 1983
James Carr
2:05 Photothermal FTIR Spectrometry for the Study of Surfaces. Edward M. Eyring, U of Utah 2:40 Surface Analysis by Diffuse Reflectance FTIR Spectrometry. Peter R. Griffiths, U of California—Riverside 3:15 Surface Analysis by Reflection-Absorption and Emission FTIR Spectrometry. David L. Allara, Bell Labs 4:05 Polarization Modulation Approach to Studying Adsorbates on Surfaces. Curtis Marcott, Procter and Gamble Corp.
Thursday Morning, June 23 Kinetics and Time-Resolved Spectrometry
J. D. Carr, Presiding 8:45 Studies of CollisionInduced Reactions by FTMS. Ben S. Freiser, Purdue U 9:20 Kinetics of Metal Cluster Reactions by FTMS. David H. Russell and D. J. Anderson, Texas A&MU 9:55 Vapor Analysis by FTIR in Atmospheric Photochemistry and Automobile Emission Studies. P. D. Maker, H. Niki, L. P. Breitenbach, and C. M. Savage, Ford Motor Co. 10:45 Kinetic and Structural Studies of Protein Adsorption from Blood, or "FTIR: Bloody but Unbowed." Robert J. Jakobsen, K. M. Burch, R. I. Leininger, and R. M. Gendreau, Battelle's Columbus Labs 11:20 Stroboscopic FTIR Spectrometry—Past, Present, and Future. William G. Fateley, Kansas State U
