438 



intensity vs. oxygen cone, 87- 



91 

 intermediate products, 93-96 

 mechanism of, 91-97 

 quantum yield, 85 

 rate of oxygen use, 87-91 

 role of oxygen, 77-81 

 role of peroxide, 94-96 

 structure of emitting molecule, 



108 

 temperature dependence, SC- 

 SI 

 temperature dependence of oxy- 

 gen use, 90-91 

 yield, compared to fluorescence, 

 93 

 hydrazine and ferricyanide, 79- 



80, 91 

 luminol 



hydrogen peroxide in, 244 

 mechanism of, 244 

 metal porphyrins, 9, 10 

 pyrogallol, 10 

 riboflavin, 235, 246 

 Chemiluminescence spectra, see also 

 Emission spectra 

 effect of temperature on, 103-105 

 relation to fluorescence, 122 

 Chemiluminescence spectra of 



dimethylbisacridinium nitrate, 103, 



105 

 DPD's, 107 

 methylacridone, 104 

 organic substances, 10 

 Chiba Pref., 359, 371 

 Chickens, 337 

 Chiloprda, 9, 18 

 Chimaerae, 3 

 Chloroflagellates, 344 

 p-Chloromercuribenzoate, effect on 

 bacterial lucif erase, 219 

 bact, luminescence in vitro, 223, 



260, 262 

 firefly luminescence, 168 

 Chlorophyceae, 400 

 Chlorophylls 



dissipation of excitation energy, 

 40-41 



SUBJECT INDEX 



electronic transitions, 31 



energy transfer between, 43, 71 



ethylenic potential functions, 26 



fluorescence activation, 32 



fluorescence and phosphorescence, 

 40 



in red algae, 68-72 



intercombinations, 26 



luminescence emission properties, 

 33-36 



role of triplet states in energy 

 transfer, 38 



n,7r-transitions, 26, 30 

 Chlorophylls, a and b 



energy transfer between, 38-39, 

 43, 66 



fluorescences, 35 ff. 



fluorescence spectra, 57-58 



interpretation of spectra, 33 



lowest triplet state,- 33-36 



phosphorescences, 35 ff. 



singlet-triplet splits, 35 

 Chlorophyll a, 30 



fluorescence peaks, 61 



fluorescence spectra, 62, 67-70 



fluorescence spectrum in hve 

 Ulva, 61 



in red algae, 68-72 

 Chlorophyll b, 30 



fluorescence spectrum, 66 



triplet-singlet emission, 34 

 Chlorophyll c, 67 

 Chlorophyll d, in red algae, 68 

 Cholera vibrio, 359 

 Choline, 194 

 Chromatophores, 1, 307, 308, 315, 



369 

 Chrysophyceae, 400 

 Chymotrypsin activity, volume 

 change of activation, 272- 

 273 

 Cirratulidae, 17 

 Co-dehydrogenase, see DPN 

 Coenzyme A, 169, 194, 195, 212 

 Coenzyme I, see DPN 

 Coenzyme II, see TPN 

 Coleoptera, 14, 19 

 Collembola, 14, 18 



