Luminescence of Organic Substances

1 Introduction....Pages 1-5
2.0 Explanations....Pages 6-7
Nr. 1 - 73....Pages 7-20
Nr. 74 - 169....Pages 21-34
Nr. 170 - 255....Pages 35-48
Nr. 256 - 349....Pages 49-61
Nr. 350 - 397....Pages 62-71
Nr. 398 - 466....Pages 72-86
Nr. 467 - 556....Pages 87-100
Nr. 557 - 625....Pages 101-115
Nr. 626 - 717....Pages 116-130
Nr. 718 - 819....Pages 131-145
Nr. 820 - 889....Pages 146-160
2.2 Carbonium ions, natural substances, and substances with not exactly known structural formulas....Pages 161-163
2.3 p-Oligophenylenes....Pages 164-164
2.4 Substituted oxazoles....Pages 165-172
2.5 Chelates....Pages 173-187
2.6 Molecular compounds....Pages 188-190
(a) - (e)....Pages 191-203
(f) - (n)....Pages 204-217
(o) - (s)....Pages 218-227
3.2 Spectra of standard substances....Pages 228-229
Acenaphthen - Benzpyren....Pages 230-242
Chrysen - Naphtho-benzpyren....Pages 242-254
Perylen - Xylol....Pages 254-262
4.2 Relations between absorption and emission spectrum....Pages 263-265
4.3 The quantum efficiency....Pages 265-272
4.4 Triplet-singlet transitions....Pages 272-273
4.5 Degree of polarization....Pages 274-284
5.1 Interaction between fluorescent molecules and solvent; dipole moments....Pages 285-291
5.2 Reactions in the excited state....Pages 291-296
5.3.0 Introduction....Pages 296-300
5.3.1 Quenching by O2....Pages 300-305
Table 8....Pages 306-320
Table 9, Fig. 20 - Fig. 35....Pages 321-325
5.3.3 Triplet-triplet energy transfer....Pages 326-328
5.3.5 Concentration quenching....Pages 329-332
5.3.6 Concentration depolarization....Pages 333-335
5.3.7 Characteristic constants for the fluorescence change by dimer and excimer formations....Pages 336-338
5.3.8 Fluorescence activation: Chlorophyll in various solvents....Pages 338-338
6.0 Introduction....Pages 339-341
6.1 Dependence of the radiation energy on the incident energy....Pages 341-343
6.3 Ratios of pulse heights at alpha- and beta-excitation....Pages 343-346
6.4 Absolute energy efficiency....Pages 346-346
6.5 Characteristic constants for the energy efficiency (Kallmann parameter)....Pages 347-349
6.6.1.1 Relative pulse heights of aromatic compounds....Pages 350-356
6.6.1.2 Relative pulse heights of heterocyclic compounds....Pages 357-371
6.6.1.3 Relative pulse heights of proteins....Pages 371-371
6.6.2 Temperature dependence....Pages 372-372
6.6.3 Dependence on the polymerization degree....Pages 373-373
6.6.4 Anisotropy in crystals....Pages 374-374
7 Reduction of luminescence by radiation damage....Pages 375-377
8.1 Cited references....Pages 378-392
8.2 Monographs and reviews....Pages 393-393
A - F....Pages 394-405
G - Z....Pages 405-416