PITTCON 4:05
4:25
4:45
(1153) CE with Electrochemical Detection as an Analytical Tool for Microdialysis Studies. S. M. Lunte, University of Kansas, T. J. O'Shea, P. L. Weber, C. E. Lunte, M. R. Smyth (1154) Advances in the Separations of Inorganic Cations by CE Using Indirect UV Detection. A. Weston, University of Rhode Island, P. A. Brown, P. Jandik, A. L. Heckenberg, W. R. Jones (1155) Recent Advances in Micropreparative CE. R. A. Biehler, Beckman Instruments, K. W. Anderson, H. E. Schwartz, A. Smith, J. Kenny
Chemiluminescence Spectroscopy
2:30
2:50
1:30
1:50
2:10
(1156) Detection of Nitrogen-Containing Species by Chemiluminescence Following Redox Reactions with Hydrogen Peroxide. A. J. Dunham, University of Colorado, J. J. DeAngelis, R. M. Berkley, R. E. Sievers (1157) Use of a CCD for Estimation of the Quantum Yield of Chemiluminescence Catalyzed by Horseradish Peroxidase. J. W. Silzel, Beckman Instruments, Inc., B. Cercek, R. J. Obremski, R. L. Schmidt (1158) A Sensitive Sandwich Chemiluminescent Enzyme Immunoassay for Salmon Calcitonin in Plasma. I. H. Lee, Rhone-Poulenc Rorer Central Res., S. H. Hsu, J. Ziemniak
Room 84 M. E. Meyerhoff, University of Michigan, Presiding 1:30
(1166) A Thin-Layer Derivative Cycle Voltabsorptometric Study of a Multielectron Transfer Enzyme, E. coli Sulfite Reductase. M. D. Ryan, Marquette University, P. W. Crawford (1167) A Kinetic Homogenous Enzyme Immunoassay for Theophylline by FIA Using DCIP as a Redox-Coupling Reagent for NADH. H. Yao, University of Cincinnati, S. H. Jenkins, A. J. Pesce, H. B. Halsall, W. B. Heineman (1168) Electrochemical Immunoassay Using Flow Injection Potentiometric Stripping Analysis. F. J. Hayes, University of Cincinnati, S. K. Wheeler, H. B. Halsall, W. R. Heineman (1169) Electrochemistry and LC - EC of Isoflavones. H. D. Dewald, Ohio University, L. Wu (1170) The Influence of Electrochemically Active Functional Groups on the Electrochemical Detection of C U Peptide Complexes. H. Tsai, University of Pittsburgh, S. G. Weber (1171) Study on Redox Process of Hemoglobin at a Polymerized Azue A Film Electrode. S. Dong, Chinese Academy of Sciences, U. Chu (1172) Chicken Kidney Tissue- Based Membrane Biosensor for Lysine. J. Ding, Fudan University, J. Kong, H. He (1173) Rat Brain Tissue-Based Membrane Biosensor for Guanine. J. Deng, Fudan University, J. Kong, H. He
1:50
Thermal Methods Room 95 P. M. Castle, Westinghouse Idaho Nuclear/ DOE, Presiding 3:25
Room 95 P. M. Castle, Westinghouse Idaho Nuclear/ DOE, Presiding
(1159) Continuous Analysis of Ultralow Trace Oxygen Levels in Inert Gases Based on the Chemiluminescence Method. K. Itoh, Nippon Sanso Corp., L Kent (1160) Selective Luminescent Spectroscopy for Trace Analysis. L. Zel'tser, Tashkent State University, M. Bastic, T. Chomeriky
3:45
4:05
4:25 4:45
(1161) A Combined TGA/DSC/FT-IR System. D.A.C. Compton, Bio-Rad, D.J. Johnson (1162) Differential Thermal Expansion by Thermomechanical Analysis. R. Sundaram, Shimadzu Scientific Instruments, L. Poirier (1163) Application of Thermogravimetric Analysis for Studying Structural and Surface Heterogeneities of Microporous Active Carbons. M. Jaroniec, Kent State University, R. K. Gilpin, P. Staszczuk (1164) Dielectric Analysis of Thermoplastics. C. L. Marcozzi, TA Instruments, Inc., P. S. Gill (1165) Mixed-Ligand Complexes of Co(lll) Involving Pip-dtc/morphdtc and glycine/oxine/acetylacetone. B. S. Garg, University of Delhi, R. Dixit
2:10
2:30 2:50
3:25
3:45 4:05
Electrochemistry: Bioelectrochemistry II
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