Content: Optoelectronic image detectors in chemistry, an overview / Yair Talmi --
The role of image devices in simultaneous multielement analysis / K.W. Busch and B. Malloy --
Simultaneous multielement determinations by atomic absorption and atomic emission with a computerized echelle spectrometer/imaging detector system / Hugo L. Felkel, Jr. and Harry L. Pardue --
Higher order strategies for fluorescence analysis using an imaging detector / D.W. Johnson, J.B. Callis, and G.D. Christian --
Versatility of an optical multichannel analyzer as an HPLC detector / J. Richard Jadamec, William A. Saner, and Richard W. Sager --
A dual-beam photodiode array spectrometer system for liquid chromatographic separation methods development / W.G. Nunn, R.E. Dessy, and W.R. Reynolds --
A multi-microcomputer controlled, vidicon, stopped-flow spectrophotometer / Erik M. Carlson and Christie G. Enke --
Video imaging systems in picosecond laser spectroscopy / F. Pellegrino and R.R. Alfano --
Coupling an ultraviolet spectrograph to a SC/OMA for three dimensional ([lambda], I, t) picosecond fluorescence measurements / G.W. Robinson, T.A. Caughey, R.A. Auerbach, and P.J. Harman --
Time resolved resonance Raman spectroscopy in photochemistry and photobiology / M.A. El-Sayed --
An apparatus for obtaining accurate transient absorption spectra on the picosecond time scale / R. Bruce Weisman and Benjamin I. Greene --
Spectroscopy with the evanescent wave in the visible region of the spectrum / Gerhard J. Müller --
A high resolution grating microspectrofluorometer with topographic option for studies in living cells / J.G. Hirschberg, A.W. Wouters, E. Kohn, C. Kohen, B. Thorell, B. Eisenberg, J.M. Salmon, and H.S. Ploem --
Electro-optical ion detectors in mass spectrometry simultaneous monitoring of all ions over wide mass ranges / Heinz G. Boettger, C.E. Giffin, and D.D. Norris --
Use of the OMA for analyzing light intensity gradients from the absorption optical system of the ultracentrifuge / Darrel L. Rockholt and E. Glen Richards.
Author(s): Yair Talmi (Eds.)
Series: ACS Symposium Series 102
Publisher: American Chemical Society
Year: 1979
Language: English
Pages: 346
City: Washington, D.C
Title Page......Page 1
Half Title Page......Page 3
Copyright......Page 4
ACS Symposium Series......Page 5
FOREWORD......Page 6
PdftkEmptyString......Page 0
PREFACE......Page 7
1 Optoelectronic Image Detectors in Chemistry, An Overview......Page 10
Transient Spectroscopy......Page 23
Non-photon parallel multichannel detectors......Page 28
Literature cited:......Page 31
Characteristics of an Ideal Multielement Spectroscopic System......Page 33
Multielement Detection Systems......Page 36
Multiplex Techniques......Page 37
Dispersive Techniques......Page 42
Future Prospects......Page 59
Abstract......Page 60
Literature Cited......Page 61
3 Simultaneous Multielement Determinations by Atomic Absorption and Atomic Emission with a Computerized Echelle Spectrometer/Imaging Detector System......Page 65
General Considerations......Page 67
Instrumentation and Procedures.......Page 73
Performance Characteristics.......Page 79
Atomic Absorption......Page 84
Atomic Emission......Page 89
Summary......Page 98
Acknowledgments......Page 100
Literature Cited......Page 101
4 Higher Order Strategies for Fluorescence Analysis Using an Imaging Detector......Page 103
Instrumentation......Page 104
Results - Polycyclic Aromatic Hydrocarbons......Page 108
Analysis of Warfarin - A Higher Order Strategy......Page 112
Discussion......Page 116
Literature Cited......Page 119
5 Versatility of an Optical Multichannel Analyzer as an HPLC Detector......Page 121
Experimental......Page 122
Discussion......Page 124
Conclusions......Page 134
LITERATURE CITED......Page 139
6 A Dual-Beam Photodiode Array Spectrometer System for Liquid Chromatographic Separation Methods Development......Page 140
Multiwavelength Detection......Page 141
Applications Software......Page 149
Results......Page 163
Literature Cited......Page 172
7 A Multi-Microcomputer Controlled, Vidicon, Stopped-Flow Spectrophotometer......Page 173
Instrument......Page 174
Results and Discussion......Page 176
Conclusions......Page 181
Literature Cited......Page 184
8 Video Imaging Systems in Picosecond Laser Spectroscopy......Page 185
Excite and Probe Technique......Page 186
Streak Camera......Page 188
Physics......Page 191
Chemistry......Page 193
Biology......Page 195
References......Page 199
9 Coupling an Ultraviolet Spectrograph to a SC/OMA for Three Dimensional (λ,I,t) Picosecond Fluorescence Measurements......Page 201
Streak Camera Imaging......Page 202
Effect of Polarized Light......Page 205
Image Detection......Page 207
Data Calibration......Page 208
Noise and Signal Averaging......Page 209
Abstract......Page 212
Literature Cited......Page 214
10 Time Resolved Resonance Raman Spectroscopy in Photochemistry and Photobiology......Page 216
PRINCIPLES......Page 217
Acknowledgment......Page 223
Abstract......Page 225
Literature Cited......Page 226
11 An Apparatus for Obtaining Accurate Transient Absorption Spectra on the Picosecond Time Scale......Page 228
DESCRIPTION OF THE APPARATUS......Page 229
APPLICATIONS......Page 235
LITERATURE CITED......Page 236
Historical Review......Page 237
Total Internal Reflection......Page 239
ATR-Spectroscopy in the Visible Region......Page 242
Perspectives of ATR-Spectroscopy in the Visible Region......Page 247
Raman Scattering Excited by the Evanescent Wave......Page 251
Raman Spectroscopy with the Evanescent Wave - Experiments......Page 252
Perspectives of Raman Spectroscopy with the Evanescent Wave......Page 257
Literature Cited......Page 259
Introduction......Page 261
Design Details......Page 275
Performance......Page 276
ACKNOWLEDGEMENTS......Page 280
LITERATURE CITED......Page 281
14 Electro-Optical Ion Detectors in Mass Spectrometry Simultaneous Monitoring of All Ions over Wide Mass Ranges......Page 288
DESCRIPTION OF THE FOCAL PLANE M.S. - EOID - COMPUTER SYSTEM......Page 300
DESCRIPTION OF THE EOID FOR SECTOR TYPE MASS SPECTROMETERS......Page 306
APPLICATIONS......Page 309
ACKNOWLEDGMENTS......Page 313
BIBLIOGRAPHY......Page 314
Background Information......Page 316
Performance of the System......Page 321
Conclusions......Page 336
Literature Cited......Page 337
C......Page 338
E......Page 339
H......Page 340
M......Page 341
P......Page 342
S......Page 343
V......Page 345
W......Page 346
