Titlebook: Carbon Dioxide as a Source of Carbon; Biochemical and Chem M. Aresta,G. Forti Book 1987 D. Reidel Publishing Company, Dordrecht, Holland 19

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https://doi.org/10.1007/3-540-15213-X from water oxidation and carbon dioxide reduction evidently involve the participation of two Ch1 . photosystems respectively known as PSII and PSI. In nonbiological applications the observed effects of reaction 1 are attributed to a single Ch1 . light reaction. An important problem in photosynthesi

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Non-Linear Feedback Neural Networks (solvent + tertiary amine) containing, respectively, a ., Co. mixture, fac-Re(bpy)(CO). Cl or . as homogeneous catalyst. Homogeneous photochemical hydrogen generation and water reduction is mediated by cobaloxime and .. Selective and sustained electrocatalytic reduction of CO. to CO is performed by

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https://doi.org/10.1007/978-81-322-1563-9details in terms of Zn-OH attacking CO. to give rise to HCO. which is then released after H.0 uptake. H. is then released. The inhibition mechanism is also discussed. The native zinc can be substituted by cobalt with retention of activity. The information gained through spectroscopic investigations

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Vikrant Bhateja,Mukul Misra,Shabana Uroojt photosynthesis and its present concentration is very low and limiting for most plants in natural conditions. Some plants evolved additional metabolic pathways (e.g. C. metabolism) which optimise photosynthesis in these unfavourable conditions. During this century carbon dioxide concentration has b

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Vikrant Bhateja,Mukul Misra,Shabana Uroojnctions as the principal electron acceptor in energy metabolism: CO. is reduced with hydrogen to CH. (methanogenic bacteria) or to acetate (acetogenic bacteria). These exergonic reactions serve as the sole energy yielding processes for life of these microorganisms and are coupled to a synthesis of A

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Contact with Shell- and Beam-Elementsnder mild conditions. Metalla-five-membered rings are obtained in good yields by 1,1 coupling. Of particular interest are the C-C coupling products obtained by reaction of CO. with alkynes, alkenes and 1,2- or 1,3-dienes. Metallorganic complexes are obtained in this novel route from CO. and π-system