MEETINGS 2:50 3:45
4:25
Bioelectrochemistry at Conducting Or ganic Salt Electrodes. W. J. Albery Electrochemical Reactivity of Electron Transfer Heme Proteins. J. L. Willit, R. M. Paddock, Jr., V. R. Senaratne, H. Assefa, E. F. Bowden Heme Protein Electron Transfer Reac tions. S. Sun, D. E. Reed, B. C. King, J. Terner, F. M. Hawkridge SECTION G
Symposium on History of Electrochemistry—Electroanalytical Chemistry Cosponsored with the Division of History of Chemistry
10:40 11:00
11:20
MS/MS Techniques in the Analysis of Chlorinated Dioxins/Furans. B.P.-Y. Lau, D. Weber Trials, Tribulations, and Trends in Analy sis of Chlorinated Dibenzo-p-dioxins. F. I. Onuska Optimization of Instrument Parameters for the Analysis of Chlorinated Dibenzop-dioxins and Dibenzofurans by Tandem Quadrupole MS. D. H. Schellenberg, B. A. Bobbie, E. J. Reiner, V. Y. Taguchi Development and Application of a HighResolution MS Method for Measuring 2,3,7,8-Tetrachlorodibenzo-p-dioxin in Serum. D. G. Patterson, Jr., L. R. Alexan der, W. E. Turner, L. L. Needham
SECTION Β Application of Atomic Spectrometry in Biological Trace Analysis M. Stoeppler, Presiding 9:00 9:40
Recent Graphite Furnace Analytical Op portunities for Biochemical Samples. W. Slavin, G. Carnrick, D. Manning Optimization of Furnace AA Programs for the Determination of Trace Metals in Bio logical Materials. G. R. Dulude, J. J. Sot era
J. T. Stock, Presiding 2:00 2:25 3:10 3:50 4:20 4:40
Development of Instrumentation for Elec troanalytical Chemistry. H. Gunasingham Ion-Selective Electrodes: From Glasses to Crystals and Crowns. J.D.R. Thomas Modification of Solid Electrodes in Elec troanalytical Chemistry, 1978-1988. B. R. Shaw Finite Current Electroanalytical Chemistry in Flowing Streams. P. T. Kissinger Borrowing from Industry: Edgar Fahs Smith's Rotating Anode and Double-Cup Mercury Cathode. L. M. Robinson Henry J. S. Sand (1873-1944), a WellRemembered Tutor. J. T. Stock
SECTION H Symposium on How the Computer Has Affected the Practice of Chemistry— Industrial and Engineering Chemistry Cosponsored with the Computer Secretariat and seven other divisions G. K. Smith, Presiding 2:00 2:30 3:00
3:30 4:00 4:30
Evolution of Computing in Industrial Chemical Research over the Last 25 Years. T. M. Dyott Research Computing—A Strategic Ap proach. P. M. Smith Strategic Applications of Information Technologies in Pharmaceutical Re search and Development. H. H. Shlevin, W. F. Waite Impact of Information Technology on Pharmaceutical Research. A. J. Stuper Finite Element Solutions to Chemical In dustrial Problems. M. Blanco, J. J. Bris bane, M. Chang-Mateu Local Area Networking in a Research En vironment. L. J. Kaetzel, K. A. Hockey
THURSDAY MORNING
SECTION A
Instrumentation for Trace Organic Monitoring—Dioxin Determination R. E. Clement, Presiding 9:00 9:20 9:40
10:00
Analysis and Environmental Distribution of Chlorinated Dibenzo-p-dioxins and Dibenzofurans. R. E. Clement Transatlantic Organic Trace Analysis. O. Hutzlnger Analytical Separation Techniques and Living Human Cells for the Evaluation of Environmental Pollution. E. Jellum, N. C. Herud, A. K. Thorsrud, F. W. Karasek Comparison of High-Resolution MS and
Opportunities in San Antonio Diversity, expertise, technology, and an environment for profes sional success. These are the hallmarks of The MITRE Corpora tion. For over 25 years, MITRE has specialized in the design, development and delivery of superior C3I and civilian systems engineering solutions to meet the most technically demanding requirements of our U.S. Government clients. MITRE has imme diate openings at its San Antonio facility that provide the dynamic atmosphere of a small company supported by the resources of a major, 5,000-employee corporation.
Analytical Chemists/ Quality Assurance We have 2 positions open for highly qualified individuals to help us develop and monitor quality assurance activities in a major environmental sampling and analysis program. Indi viduals will be responsible for developing Q A / Q C require ments and evaluating commercial testing laboratories' per formance in meeting those requirements. Evaluations will be based on a review of data and documentation and on-site inspections of laboratory operations. Both positions require expertise in analytical chemistry, a working knowledge of Q A / Q C principles and practices, and hands-on experience with the instrumentation and methods used in environmental testing (e.g., A A , ICP, GC, GC/MS). Experience with EPA test methods is highly desirable. The first position requires an advanced degree in Analytical Chemistry, 10 years of analyti cal laboratory or quality assurance experience, and at least one year of experience in environmental laboratory supervi sion. The second position requires a BS in Chemistry with emphasis on analytical procedures plus at least 5 years of experience in the quantitative analysis of environmental sam ples under a comprehensive Q A / Q C program. Individuals must be willing to travel 10 to 12 weeks a year. For consideration, please submit your resume to J . A . G o u d a r z i , The MITRE Corporation, 7 5 2 5 Colshire Drive, M c L e a n , VA 2 2 1 0 2 . U.S. Citizenship required. A n Equal Opportunity/Affirmative Action Employer.
MITRE ANALYTICAL CHEMISTRY, VOL. 60, NO. 9, MAY 1, 1988 · 585 A
