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Dual light-induced

K.Mehrotra The photolysis of cyclic dienes. An example of a dual path light-induced valence tautomerism. Chem. and Ind. 1964, 1025. [Pg.73]

Visible Light Induced Water Cleavage in CdS Dispersions Loaded with Pt and RuCte, Hole Scavenging by RuCte. Dual-function Pt and RuCh loaded onto CdS for catalyzing HER and OER respectively. Stoichiometric evolution of gases noted with no degradation of CdS after 60 h of irradiation. 493... [Pg.203]

Fig. 6.2 Schematic depiction of the light-induced discharge process for a negatively corona-charged dual-layer photoreceptor. CGL and CTL denote the charge generation layer and the charge transport layer, respectively. Fig. 6.2 Schematic depiction of the light-induced discharge process for a negatively corona-charged dual-layer photoreceptor. CGL and CTL denote the charge generation layer and the charge transport layer, respectively.
Spectrophotometric assay of P700 and light-induced absorption changes were carried out with a Hitachi 556 dual wavelength spectrophotometer(1,2). EPR measurements of Fe-S proteins were performed as described previously(2). [Pg.1600]

Cyclic, Photomechanical Testing of Light-Induced Dual-Shape Polymers. 129... [Pg.98]

The combination of electrochemistry and photochemistry is a fonn of dual-activation process. Evidence for a photochemical effect in addition to an electrochemical one is nonnally seen m the fonn of photocurrent, which is extra current that flows in the presence of light [, 89 and 90]. In photoelectrochemistry, light is absorbed into the electrode (typically a semiconductor) and this can induce changes in the electrode s conduction properties, thus altering its electrochemical activity. Alternatively, the light is absorbed in solution by electroactive molecules or their reduced/oxidized products inducing photochemical reactions or modifications of the electrode reaction. In the latter case electrochemical cells (RDE or chaimel-flow cells) are constmcted to allow irradiation of the electrode area with UV/VIS light to excite species involved in electrochemical processes and thus promote fiirther reactions. [Pg.1945]


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See also in sourсe #XX -- [ Pg.129 ]




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