Chen The electron capture detector
.pdf398 SUBJECT INDEX
Negative Ion Mass Spectrometry (NIMS), 40–42, 47–50, 105–110, 226, 235–240, 263–266 276, 284, 287, 291, 298, 310–311, 316, 326, 334
Nesbet, R. K., 154
Nondissociative capture see thermal electron attachment
Nucleic Acids, see DNA Nucleic acids
Ohm, G. S., 4
Orbitals see MCCI
Pariser Parr Pople, 125–128, 142–143 Page, F. M., 162
Parr, R. G., 195–205
Partition Function Ratio, Q, 13, 28–33, 50–59, 333, 334
Pauling, L., 5
Periodicity parameter (P), 181–190 Person, W. B., 195–205
Photodetachment (PD), 15, 110–116, 216, 241–243, 292, 333, 334
Photoelectron Spectroscopy (PES), 15, 110–117, 140–142, 148, 164, 171–173, 193, 198, 200–202, 206 208–221, 226, 237, 334
Photon methods, 15, 110–118, 171, 238, 241–245, 263, 276, 298–303, 326
Pi Stack, 162, 318–319, 325 Planck, M., 5
Precision, 31, 35–37, 93–101, 334 Precision and Accuracy Plots, 31, 103–124,
168, 334
Pre-exponential term, Ai, 8–15, 331 Pritchard, H. O., 2
QQQ, 2
Quantum Mechanical Calculations
AM1, 17, 40, 142–150, 164, 298, 310,
315, 319, 321, 331
Biological Molecules, 41, 327
Electron Affinity Calculations, 141
MNDO Parametric Method-3 (PM3), 17, 40,
298, 310, 315
Modified Intermediate Neglect of
Differential OverlapMINDO, 17, 40
Modified Neglect of Differential
Overlap (MNDO), 17, 40, 315
Semi-empirical, 17, 40, 140, 305, 335
Ranatunga, R., 42
Random uncertainties Atoms, 168 171 Rains, L. J., 117
Rao, Lei., 43
READS-TCT, 139–140, 147–150, 165, 169, 189, 193, 223, 243–244 323
Rearrangement Energy, 38, 214, 333 Reduction Potentials see Half Wave
Reduction Potentials Reed, W. R., 43 Riboflavin, 309 Richardson, P., 43 Ristau, W., 33 Robinson, J. M., 42
Rydberg Electron Transfer, 121–124, 221
Sane, S., 43 Schultza, S., 43 Seebeck, T. J., 4 Shen, S., 43 Shewhart, W. A., 103 Shuie, L. R., 40
Solution Energy Difference, Ch. X, 16, 41, 334
Spin Densities Adenine ( ), 323
AT:AT:AT stack, 325 CS2, COS, 224
GC enol, 323
GC keto, 323–324 GC:GC:GC stack, 324 Guanine ( ), 321
Steelhammer, J. C., xiii, 34 Stockdale, J. A. D., 34 Stoney, G. J., 5 Streitweiser, A. S., 27
Substitution and Replacement Rules, 1–4, 139, 161, 165, 238, 26, 278–284, 289 299–300, 307
Sun, K., 42 Swatlowski, R., 43
Szent-Gyorgi, A., 28, 47
Taylor, H. S., 154
Temperature Dependence see ECD Thales of Miletus, 4
Thermal Charge Transfer (TCT), 15, 116–121, 142, 164, 216, 221, 234, 237, 242–243 247, 249, 251–257, 263, 268, 274–278, 282–283, 293 298, 308–310, 316, 320, 326
Thermal Electron Attachment (TEA), 14, 270, 273, 317, 332
Thompson, J. J., xiii Thomson, G. P., 5 Thomson, J. J., 5, 15
Timelines, 31, 103–124, 168, 335 Townsend, J. S., 5
Tswett, M. S., 23–25
Tung, R. T., 34
Unimolecular Dissociation, 59–64, 218 267
Volta, A., 4
Wang, L. M., 33
Warren, L. J., 32
Watanesk, S., 43
Watson, T. J., 27
Watson-Crick base pairs see DNA
SUBJECT INDEX |
399 |
Watts, (Shell Laboratory), 27 Wentworth, W. E., xiii-xvi, 1, 23, 28, 31,
35, 339 White, B., 42 Wiley, J. W., 33, 42 Williams, J. K., 154
Young, C. E., 33
Zhang, L., 43
Zhang, O., 43
Zlatkis, A., 22– 26, 31