Pittcon
Monday Afternoon
1:50
Symposium: Optical Spectroscopy Inside Quadrupole Ion Traps (Arranged by M. W. Blades and J. M. Ramsey)
2:10
Room 83 M. W. Blades, Presiding
2:30
1:30 1:35
2:10 2:45 3:35 4:10
Introductory Remarks. M. W. Blades (180) Trapped Particle Laser Spectroscopy. J. M. Ramsey, M. D. Barnes, W. B. Whitten (181) Chemical Reaction Studies of Levitated Microparticles via Raman Spectroscopy. E. J. Davis (182) Laser Irradiation of Ions in Penning and Paul Traps. J. R. Eyler (183) Tomographic Studies of Ion Motion in the Quadrupole Ion Trap. N. S. Nogar, A. W. Garrett, P. H. Hemberger (184) Fluorescence Spectroscopy of Laser-Desorbed Species in a Quadrupole Ion Trap. M. W. Blades, D. Robb, K. Wright
Developments in IR Spectroscopic Methodology Room 52 P. J. Treado, Presiding 1:30
CENTERS FOR DISEASE CONTROL AND PREVENTION
NIOSH
3:25
3:45 4:05 4:25
4:45
(225) Identifying Objects below the Diffraction Limit in FT-IR Microspectroscopy. R. A. Spragg, D. R. Clark, D. P. Lidiard
CDC
2:50
(226) Ultraspatially Resolved IR Microspectroscopy Using a Synchrotron Radiation Source. D. L. Wetzel, J. A. Refiner, G. Williams (227) Improved Performance in FT-IR Using Linearized Detectors. W. J . McCarthy, J. R. Powell, K. Krishnan (228) Evaluation of GPC-FT-IR for the Analysis of Silicones. E. D. Lipp, K. F. Brandstadt (229) Using a Vacuum Interferometer as a Universal Real-Time Chromatography Detector in the Mid-IR Range. S. Bourne, T. Murray (230) Evaluation of Polymer-Coated, Tapered, Microcylindrical ATR Elements for Analyzing Aqueous Samples. M. C. Ertan-Lamontagne, S. Lowry, W. R. Seitz, S. A. Tomellini (231) Advancing the State of Automated Liquid Analysis in FT-IR Spectroscopy. M. C. Garry, C. Baulsir (232) Design and Implementation of a Computer-Networked FT-IR Laboratory. R. C. Williams (233) Polarization Division Interferometry: Why Should It Be the Choice of the Future? P. L. Polavarapu, G. C. Chen, Z. Deng (234) Quantitative Analysis in Diffuse Reflectance Spectrometry: A Modified Kubelka-Munk Function. A. A. Christy, O. M. Kvalheim, R. A. Velapoldi
CDC in Atlanta, Georgia, invites applications for the following position:
Director, Health Effects Laboratory Division (HELD), National Institute for Occupational Safety and Health (NIOSH) The Director, HELD, provides leadership in developing and executing a national laboratory program on the causes and prevention of occupational disease. HELD is a newly established research division to be housed in a new, state-of-the- art laboratory building in Morgantown, West Virginia. It will be staffed with 220 employees in such disciplines as molecular biology, pathology, engineering, chemistry, statistics, industrial hygiene, research physiology, medicine, and epidemiology. The responsibilities of HELD include using the most advanced laboratory-based techniques available to investigate the fundamental mechanisms of occupational diseases, improving existing programs for scientific investigation of worker populations; developing intervention programs to prevent disease and death in the workplace; and providing the flexibility for future changes in research goals and needs. Qualifications include in-depth knowledge of occupational safety and health programs, broad knowledge of public health programs related to disease prevention, and proven ability to provide administrative and scientific leadership for a multidisciplinary health program. M.D. or Ph.D. preferred. This Senior Executive Service position is in the career civil service with an annual basic salary range of $92,900 to $115,700. Public Health Service Commissioned Corps Officers are also eligible to apply. Physicians may be eligible for a comparability allowance of up to $20,000 per year. Interested applicants may send their curriculum vitae and names of three professional references postmarked by March 15, 1995, to Nancy Peterson, Human Resources Management Office, Mailstop D01, Centers for Disease Control and Prevention, 1600 Clifton Road, N.E., Atlanta CA 30333. Tel. (404) 6393614. CDC is an Equal Opportunity Employer and provides a smoke-free work environment.
130 A
Analytical Chemistry, Vol. 67, No. 3, February 1, 1995
Graphite Furnace Analysis and AA Instrumentation Room 80 R. G. Bargiel, Presiding 1:30 1:50 2:10 2:30
2:50 3:25
3:45
4:05
4:25
(235) Problems in the Determination of Silicon in Ultrapure Acids by GFAA. A.J.J. Schieisman, D. Bollinger (236) Improvements in the Analysis of Ultrapure Semiconductor Chemicals by GFAA. D. Bollinger, A.J.J. Schieisman (237) Ultrasonic Slurry GFAAS: A UseFriendly Technique? N. J. Miller-lhli (238) Use of A Segmented Array CCD Detector for Continuum Source GFAAS. J. M. Harnly, C.M.M. Smith, J. Ivaldi, P. Lundberg, B. Radziuk (239) Selection of Element Groups for Simultaneous GFAAS. G. R. Dulude, R. Z. Moseley, S. E. Martin (240) Improving GFAAS Detection Limits by an Order of Magnitude with Pressure Atomization and Continuum Source Array Detection. J. M. Harnly (241 ) Determination of Fluoride, Chloride, and Bromide by GF Molecular Absorption Spectrometry with Smith-Hieftje Background Correction. D. J . Butcher, M. A. Fender (242) An Improved High-Intensity Boosted Discharge Hollow Cathode Lamp for Analysis of Environmental Samples. D. Shrader, J. Moffett, E. Vanclay (243) AAS with Supercritical FluidAssisted Nebulization. T. B. Ryerson, U. Karst, J. D. Schaefer, R. E. Sievers
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