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机译:CaO基吸附剂活化过程中CO_2捕集过程中颗粒破碎的机理
Department of Chemical Engineering and Chemical Technology. Imperial College London, London SW7 2AZ, United Kingdom;
Department of Chemical Engineering and Chemical Technology. Imperial College London, London SW7 2AZ, United Kingdom;
Department of Chemical Engineering and Chemical Technology. Imperial College London, London SW7 2AZ, United Kingdom;
Department of Chemical Engineering and Chemical Technology. Imperial College London, London SW7 2AZ, United Kingdom;
a_∞: asymptote constant (residual activity) for Grasa equation (eq 4); C_(N): carrying capacity (number of moles of CO_2 reacted per mole of CaO); D: diameter of pores; E: Young's modulus of a particle; _(x): fraction of species x in the original limestone; et al;
机译:循环碳酸化/煅烧中基于CaO的吸附剂的蒸汽水化活化以捕集CO_2
机译:基于CaO的吸附剂的热活化和CO_2捕集循环过程中的自活化
机译:通过基于CaO的吸附剂的蒸汽再活化提高了依次捕获SO_2 / CO_2的能力
机译:重新活化基于CaO的吸附剂以捕集CO_2:某些方面Ca(OH)_2的碳酸化
机译:钙基吸附剂的再活化机理研究及其在清洁化石能源转化系统中的应用。
机译:多金属CaMgAl金属有机框架作为基于CaO的吸收剂可实现很高的CO2捕集能力和循环性能
机译:SO2通过来自多氧化碳捕获循环的重新激活的CaO基吸附剂保留