Biological systems, hydrogen activation

Bimolecular surface reactions reactants adsorption, 29 111-112 with single reactant, 29 108-109 1,1 -Binaphthyl, dehydrocyclization, 28 318 Binary oxides, 32 119 Binding energy, 32 160-162 chemisorbed sulfur, 37 281 hydrogen, sulfur effect, 37 295-296 shift, Pd, 37 62-64 ZnO/SiOj, 37 21-22 Binor-S, see Norbomadiene Biological systems, hydrogen in, activation of, 11 301... [Pg.54]

Basic catalysis, 6, 241 Biological systems, hydrogen in, activation of, 11, 301... [Pg.439]

J. J. Chessick and A. C. Zettlemoyer The Catalytic Activation of Hydrogen in Homogeneous, Heterogeneous, and Biological Systems J. Halpern... [Pg.424]

The design of biocatalytic electrodes for activity toward gaseous substrates, such as dioxygen or hydrogen, requires special consideration. An optimal electrode must balance transport in three different phases, namely, the gaseous phase (the source of substrate), the aqueous phase (where the product water is released and ionic transport takes place), and the solid phase (where electronic transport occurs). Whereas the selectivity of biocatalysts facilitates membraneless cells for implementation in biological systems that provide an ambient electrolyte, gas-diffusion biofuel cells require an electro-... [Pg.643]

The Catalytic Activation of Hydrogen in Homogeneous, Heterogeneous, and Biological Systems... [Pg.301]

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