MCI Automatic Moisture Meter. Reliable, Fast and Easy. I n c o r p o r a t e s c o u l o m e t r y principle applied to Karl Fischer titration. O p e r a t i o n is full-automatic. M e a s u r i n g time is shortened. A c c u r a c y is w i t h i n S/ig for 10>g—lmg H2O a n d w i t h i n 0.5% for 1—30mg H 2 0 . W i d e - r a n g e a p p l i c a t i o n s i n c l u d e m e a s u r e m e n t of ultra-trace w a t e r c o n t e n t in liquids, solids a n d gases. Range: 10>g—30mg H2O. A n optional w a t e r vaporizer for s p e e d y a n d a c c u r a t e m e a s u r e m e n t of w a t e r c o n t e n t in plastics, grain, etc.
Printer
(optional)
Program 11:40 Design Philosophy of a M i crocomputerized Spectrophotometer—M. Chamran, L. Scott, P. Williams, Perkin-Elmer 12:00 A Low Cost Microcomputer Controlled U V - V I S Double B e a m Spectrophotometer Incorporating a Safe Memory—J. M. Duclos, J. E. Cahill, M. P . Retzik, M. C h a m r a n , Perkin-Elmer
New Instrumentation VIII
C A - 0 2 M o i s t u r e M e t e r w i t h Printer
MITSUBISHI CHEMICAL INDUSTRIES LIMITED Instruments Dept., Mitsubishi Bldg., 5-2, Marunouchi 2-chome, Chiyoda-ku, Tokyo, 100 Japan Telex: J24901 Cable Address: KASEICO TOKYO CIRCLE 138 ON READER SERVICE CARD
Laboratory Perform ance In the Field
PORTABLE GAS CHROMATOGRAPH Featuring
5 Interchangeable Detectors: PHOTOIONIZATION FLAME IONIZATION FLAME PHOTOMETRIC ELECTRON CAPTURE THERMAL CONDUCTIVITY The Model 511 portable GC operates for 8 hours independent of external gas and electrical services. Performance is equal to or better than that boasted by most laboratory GCs. For the full story, contact AID or see us in Booths 8052 — 8054 at the Pittsburgh Conference.
ANALYTICAL INSTRUMENT DEVELOPMENT, INC. ROUTE 41 & NEWARK ROAD
AVONDALE, PA 19311 Tel. (215) 268-3181 Telex. 835441 CIRCLE 56 ON READER SERVICE CARD
210 A · ANALYTICAL CHEMISTRY, VOL. 52, NO. 2, FEBRUARY 1980
Friday Morning, Room 11 J. K. Scanlon, Presiding 8:30 An I n t e l l i g e n t T e r m i n a l Based System for Chromatography A u t o m a t i o n — F . B a u m a n n , D. L. Wallace, W. J. Ballantyne, Varian Instrument Division 8:50 A H i g h - P e r f o r m a n c e Microprocessor-Controlled Gas Chromatograph—D. C. Guidinger, A. C. Brown III, K. R. Iwao, Varian Instrument Division 9:10 A N e w G a s Chromatograph with Advanced Data Handling Capabilities—A. C. Brown III, R. N. McCoy, Varian Instrument Division 9:30 Design of an Intelligent Terminal for Chromatography—D. L. Wallace, S. W. Kung, J. M. Marino, W. Nickel, Varian Instrument Division 9:50 An Intelligent Terminal for Chromatography Data Handling—P. L. Negstad, S. W. Mathes, Varian Instrument Division 10:20 User Programming to Extend Chromatography Data Processing—S. W. Mathes, I. Keret, D. L. Wallace, Varian Instrument Division 10:40 Controlling a Varian Gas or Liquid Chromatograph w i t h a Lab Computer—S. W. Reynolds, J. Ryshpan, G. E. Marshall, Varian Instrument Division 11:00 Application of an Intelligent Terminal Chromatography System to the Simultaneous Analysis of R e finery Gas and LPG Samples by Gas Chromatography—B. Thompson, Varian Instrument Division 11:20 A N e w Automatic LC System w i t h Ternary Gradient and Advanced Multichannel Data Handling—K. Judah, T. Garrett, J. Ryshpan, Varian Instrument Division 11:40 A Simple, Fast Method for S c r e e n i n g of Anti-Epileptic D r u g s by Gas Chromatography—Z. Penton, Varian Instrument Division
