Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Oxidant-reductant pair charge transfer process

Oxazone fluoride, see Tetraoxygen difluoride Oxidant-reductant pair charge transfer process, 21 189 linked, 21 194, 195... [Pg.222]

The charge transfer process between donor and acceptor molecules influences the mode of the addition reaction. This charge transfer process is closely related to the free energy change AG of the radical ion pair formation and can be calculated from the Rehm-Weller equation [9] using the oxidation potential of the donor (D), the reduction potential of the acceptor (A), and the excitation energy of the excited species and coulombic interaction energy by the radical ion pair at the encounter distance for their interaction. [Pg.280]

See other pages where Oxidant-reductant pair charge transfer process is mentioned: [Pg.459] [Pg.293] [Pg.105] [Pg.293] [Pg.3747] [Pg.632] [Pg.234] [Pg.587] [Pg.162] [Pg.342] [Pg.73] [Pg.63] [Pg.956] [Pg.122] [Pg.72] [Pg.238] [Pg.59] [Pg.139] [Pg.14] [Pg.50] [Pg.887] [Pg.21] [Pg.180] [Pg.491] [Pg.755] [Pg.130] [Pg.200] [Pg.21] [Pg.381] [Pg.154] [Pg.1922] [Pg.247] [Pg.491] [Pg.194]

SEARCH

Charge process

Charge reduction

Charge transfer oxidation-reduction

Charge transfer process

Charging process

Oxidant-reductant pair

Oxidation reduction pair

Oxidation transfer

Oxides charge

Oxides charge transfer

Pairing, oxidative

Processes oxidation-reduction

Reduction process

Reduction processing

Reduction transfer

Reductive processes