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    Carbon Dioxide-Oxygen Separation: Facilitated Transport of Carbon Dioxide across a Liquid Film
    Science (1967)
    William J. WardWalter L. Robb
    An immobilized film of an aqueous bicarbonate-carbonate solution was developed which was 4100 times more permeable to carbon dioxide than to oxygen. The carbon dioxide transport was reaction-rate limited, and thus it could be increased by addition to the film of catalysts for the hydrolysis of carbon dioxide.
    Bicarbonate
    Carbon fibers
    Citations (253)
    Rhenium-Mediated Photochemical Carbon Dioxide Reduction in Compressed Carbon Dioxide
    Chemistry Letters (2000)
    Hisao HoriKazuhide KoikeKoji TakeuchiYoshiyuki Sasaki
    Abstract Rhenium-bipyridine complexes soluble in compressed CO2 were prepared and employed in the first example of photochemical reduction of CO2 mediated by metal complexes in compressed CO2, without use of an organic liquid solvent.
    Citations (14)
    Carbon dioxide fixation and reduction in biological and model systems : proceedings of the Royal Swedish Academy of Sciences nobel symposium, 1991
    Oxford University Press eBooks (1994)
    C.-I. BrändénG. SchneiderKungl. Svenska vetenskapsakademien
    1. Photosynthetic carbon dioxide fixation 2. Partial reactions and chemical rescue of site-directed mutants 3. Rubisco as mechanistic probes 4. Elements of the structure of ribulose 5. Learning from Rubisco's mistakes 6. Tests and models of mechanisms for biotin-dependent carbon dioxide fixation 7. Chemistry of B12 derivations related to their roles in bacterial carbon dioxide fixation 8. Stoichiometric and catalytic activation of carbon dioxide on transition- metal complexes 9. Organometallic chemistry of carbon dioxide pertinent to catalysis 10. Catalytic additions of carbon dioxide adducts to alkynes 11. Activation and reduction of carbon dioxide to formylmethanofuran 12. Hydrogenatian of carbon dioxide by catalysts 13. Carbon dioxide as an organic building block 14. Electrochemical syntheses involving carbon dioxide 15. Photochemical electron transfer applied to the reduction of carbon dioxide 16. Room temperature catalytic and photocatalytic fixation of carbon dioxide 17. Retrodiction of carbon dioxide fixation towards a chemoautotropic origin of life 18. Structure - activity correlations in carbamoyl phosphate synthetases 19. How enzymes deal with carbon dioxide and bicarbonate 19. Cyanobacterial carbon dioxide concentrating mechanism 20. Molecular biology and biochemistry of carbon dioxide
    Carbon fixation
    Titanium Dioxide
    Citations (8)
    Radioactive Carbon as an Indicator of Carbon Dioxide Reduction: IV. The Synthesis of Acetic Acid from Carbon Dioxide by Clostridium Acidi-Urici
    Proceedings of the National Academy of Sciences (1940)
    H.A. BarkerS. RubenJay V. Beck
    Carbon fibers
    Citations (42)
    Optimizing utilization of point source and atmospheric carbon dioxide as a feedstock in electrochemical CO2 reduction
    iScience (2022)
    Alex BadgettAlison FeiseAndrew G. Star
    The electrochemical reduction of carbon dioxide is a potential pathway for production of fuels and chemicals that uses atmospheric carbon dioxide as a feedstock. Here, we present an analysis of the potential for carbon dioxide from point sources and via direct air capture to be utilized in electrochemical reduction under different market scenarios. We show that developing a network for production of these products at scale requires capture and utilization of significant portions of the carbon dioxide that is currently emitted from large stationary point sources. Because carbon dioxide point sources are spatially and compositionally variable, their use for carbon dioxide reduction depends on electricity prices, capture cost, and location. If the power sector in the United States is decarbonized, carbon dioxide supply decreases significantly, increasing the importance of utilizing other carbon dioxide streams, and increasing the likelihood that direct air capture plays a role in supplying carbon dioxide feedstocks.
    Carbon-neutral fuel
    Carbon dioxide removal
    Carbon fibers
    Citations (11)
    Carbon Dioxide as a Source of Carbon in Chemical Synthesis
    Eurasian Chemico-Technological Journal (2010)
    Х. А. Суербаев
    Modern achievements in the chemistry of carbon dioxide have been considered. When utilizing carbon dioxide in chemical synthesis, two groups of reactions: reactions of carboxylation (carboxyamidation) of organic compounds with carbon dioxide and reactions of carbon dioxide reduction – are supposed to be the most prospective.
    Carboxylation
    Carbon respiration
    Compounds of carbon
    Carbon fibers
    Citations (1)
    Visual and reversible carbon dioxide sensing enabled by doctor blade coated macroporous photonic crystals
    Journal of Colloid and Interface Science (2017)
    Yi‐Han LinShing‐Yi SuenHongta Yang
    Carbon dioxide sensor
    Titanium Dioxide
    Carbon fibers
    Citations (12)
    Effect of carbon dioxide concentrations on asymmetric reduction of ketones with plant-cultured cells
    Tetrahedron Letters (2009)
    Hideo KojimaAkiko OkadaSatomi TakedaKaoru Nakamura
    Carbon fibers
    Citations (14)
    Carbon Dioxide Activation by Metal Complexes
    Arno Behr
    Introduction Carbon Dioxide as a Raw Material Production and Usage of Carbon Dioxide Aims of the Present Review Stoichiometric Reactions of Carbon Dioxide on Transition Metal Centers Coordination of Carbon Dioxide to Transition Metal Complexes Insertion Reactions of Carbon Dioxide Catalytic Reactions of Carbon Dioxide at Transition Metal Complexes General View Study of Catalyzed Reaction of Monoenes with Carbon Dioxide Catalyzed Reactions of 1,3-Dienes with Carbon Dioxide.
    Stoichiometry
    Carbon fibers
    Compounds of carbon
    Citations (129)
    Diffusion Of Carbon-dioxide(composed Of Carbon-14) In Mixtures Of (carbon-dioxide)-hydrogen And (carbon-dioxide)-propane.
    Deep Blue (University of Michigan) (1955)
    Chan Hui Chou
    Propane
    Carbon fibers
    Carbon dioxide reforming
    Citations (0)