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Electronic coupling reactions, chromophores system

The energy provided by the donator (or in other terms the electrode potential) must be equivalent to the reaction enthalpy of (2.47). Consequently, the total system proton (wavelength) - chromophor (photon-electron-transfer) - electron (excited state or potential) is a result of a coupled (quantum-)chemical and biological evolution. [Pg.78]

See other pages where Electronic coupling reactions, chromophores system is mentioned: [Pg.43] [Pg.225] [Pg.231] [Pg.521] [Pg.529] [Pg.165] [Pg.45] [Pg.5] [Pg.187] [Pg.209] [Pg.427] [Pg.413] [Pg.521] [Pg.529] [Pg.15] [Pg.230] [Pg.3237] [Pg.349] [Pg.173] [Pg.427] [Pg.251] [Pg.299] [Pg.749] [Pg.210] [Pg.146] [Pg.143] [Pg.143] [Pg.31] [Pg.288] [Pg.512] [Pg.32] [Pg.434] [Pg.436] [Pg.436] [Pg.18] [Pg.235] [Pg.700] [Pg.228] [Pg.61] [Pg.5622] [Pg.14] [Pg.607] [Pg.871] [Pg.138] [Pg.177] [Pg.127] [Pg.24] [Pg.1048] [Pg.32] [Pg.434]

See also in sourсe #XX -- [ Pg.234 , Pg.236 ]

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Chromophore couplings

Chromophores reactions

Chromophoric electrons

Coupled system

Electron coupled

Electron coupling

Electronic chromophores

Electronic coupling

Electronic coupling reactions

Electronic coupling reactions, chromophores