Program
Ion Readings Right By Corning It's your choice for right pH readings from 0-14. Use our popular, fast response pH electrode, Corning, 476022, with our calomel internal reference electrode, Corning, 476002. They give right readings on most samples. Choose from a wide variety of pH, reference and combination electrodes for right pH readings on specialized applications. Use replaceable junctions (RJ's) for pH of junction clogging samples like molasses. Put them with Corning meters for the right pH reading for your needs.
CORNING Circle 51 For Literature. Circle 52 to have a Sales Rep. Call. 184 A · ANALYTICAL CHEMISTRY, VOL. 54, NO. 2, FEBRUARY 1982
R. J. Anderson, J. R. Wright, L. G. Baldwin, W. A. McKinley (Tracor Instruments) 9:15—435. Improved Service Techniques in the Hewlett-Packard 5790A Gas Chromatograph. R. Hougentogler, R. S. Culver, J. C. Wirfel (HewlettPackard) 9:30—436. Trends Evaluation of Chromatographic Test Results. D. Karlan, R. Y. Shatz (Computer Inquiry Systems) 9:45—437. Intrainstrument Network for Chromatographic Laboratory Use. M. P. T. Bradley, M. J. Hartigan, A. Rochkind (Spectra-Physics) 10:00—438. New Level of Gas Chromatographic Automation via Interinstrument Network. A. Nohl, T. A. Rooney, C. Ontiveros (Spectra-Physics) 10:15—439. Determining HPLC Peak Variance with the SP4100 Computing Integrator. J. W. Nelson, D. G Gillen (Spectra-Physics), M. C. Harvey, S. D. Stearns 10:30—Recess 10:45—440. Intelligent Analytical Instrumentation: Self-Correcting Multicomponent Analysis. J. Kalivas, C. Jochum, B. R. Kowalski (U of Washington) 11:00—441. Multiple Photodiode Array Direct-Reading Spectrometer for Atomic Emission Spectrochemical Analysis. R. G. Evans, G. Horlick, V. Karanassios (U of Alberta) 11:15—442. New Atomic Absorption Background Correction Technique. S. B. Smith Jr., R. G. Schleicher (Instrumentation Lab), G. M. Hieftje 11:30—443. Coupling of Microwave Energy to a Resonant Cavity. L. G. Matus, C. B. Boss (North Carolina State U) 11:45—444. New Position Sensitive Detector for X-Ray Analysis. A. Samoun, S. Bras (Lab Instruments)
NONFLAME METHODS, ZEEMAN EFFECT— ATOMIC ABSORPTION SPECTROSCOPY I
Room 103 Convention Hall 9:00—445. Graphite Furnace Applications Using Zeeman Effect Background Correction. F. J. Fernandez, R. Giddings (Perkin-Elmer) 9:15—446. Analysis of Refractory Metals via Zeeman Flame Atomic Absorption Spectroscopy. T. M. Vickrey (Bowling Green State U) 9:30—447. Applications of Fuel-Rich Mixtures with Zeeman Flame Atomic Absorption. J. Liddle, B. Gordon, J. D. Miller (Hitachi)
