SUBJECT INDEX 



2071 



by Berthelot, 51 

 by Bredig, 51 



by Franck and Herzfeld, 287-90 

 by Hofmann and Schumpelt, 51 

 by Liebig, 35, 51 

 by Thunberg and Weigert, 79 

 by Willstiitter and Stoll, 52, 287-88 

 by Wislicenus, 157 

 general interpretation, as decomposi- 

 tion of CO2, H2O, or H2CO5?, 

 51-53 

 as H-atom transfer from H2O to 

 CO2 (van Niel), 53-56, 73, 105, 

 155-57 

 as oxidation-reduction, 51-56 

 of O2 liberation, general energetic and 

 chemical considerations, 281-300 

 cyanide resistant?, 302-04, 308-09, 



1905 

 efficiency, maximum. See Quantum 

 yield 

 in nature, 5-10, 996-1007 

 inhibition. See also under Inhibition of 

 PS and individual inhibitors 

 bj^ acidity and alkaUnity, 339-40, 

 835, 890, 952, 1363-64, 1366, 

 1887, 1891, 1919 

 by alkaloids, 321 

 by anaerobiosis, 326-28, 976, 1316- 



17, 1321, 1364-71, 1913-15 

 by anions, (01" I", etc.), 341-42, 954 

 by cations, 331, 340-41, 835-36 

 by desiccation, 333-35, 341, 944, 



1918-19 

 by excess carbohydrates, 331-33 

 by excess CO2, 330-31 

 by excess light, 532-36, 1355-61, 



1372-74 

 by excess O2, 328-30, 531-36, 960, 



1912-13 

 by frost and heat, 1218-25 

 by heavy metals, 336, 340-42, 1919 

 by hydrogen peroxide, 286, 318 

 by injury, 343-44 



by ionic deficiencies, 336-39, 1920-21 

 by narcotics, 300, 320-24, 959-60, 



975-76, 979, 1344, 1463-65 

 by nitrous and sulfurous gases, 317-18 

 by photoxidation, 526, 532 



by physical agents, 344-47, 1465, 



1921-25 

 by poisons, 286, 300-20, 340-41, 

 974r-76, 1455-60, 1686-88, 1887, 

 1902-12 

 by PS products, 880-81 

 by ultraviolet light, 344-46, 1921-25 

 kinetics, 155-66, 831-1487, 1886-1979 

 alternating light phenomena (id = t^), 



1435-47 

 flashing light phenomena (td > > ii), 



1272-80, 1447-67, 1992-93 

 induction phenomena, 1313-1433 

 intermittent light phenomena, 1272- 



80, 1433-87 

 maximum efficiency, 155-66, 1083- 



1142, 1940-79 

 saturation with CO2, 916-39 

 saturation with hght, 985-96, 1012- 



47 

 saturation phenomena, 866-68 

 thermochemical considerations, of maxi- 

 mum efficiency, 1969-74 

 maximum rate, 989-96 

 "midday depression," 874-76 

 in mutants of Chlorella, 1266-67, 1616, 



1766 

 "net" and "true," 32 

 "physiological concept" (Kostychev), 



872-73, 875 

 primary photochemical process, elec- 

 tron transfer between Fe-com- 

 plexes?, 240 

 formation of free radicals?, 233 

 formation of high energy phosphate?, 



150, 227 

 general considerations, 136, 142, 150- 



72, 290, 451, 543-44 

 reversible oxidation or reduction of 

 Chi, or both?, 543-57, 1517, 

 1989 

 thioctic (lipoic) acid dissociation?, 

 1698-1701 

 quantum yield. See vmder Photosynthesis, 



kinetics, and Quantum yield 

 rate under natural conditions, 998- 



1007 

 reaction schemes, 136, 144, 153, 157, 

 159, 160, 162, 164, 165, 235, 239, 



Volume I, pp. 1-599; Volume II.l, pp. 601-1208; Volume II.2, pp. 1209-2088 



