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Highly efficient and autocatalytic H2O dissociation for CO2 reduction into formic acid with zinc

机译：高效，高催化的H2O解离CO 2还原成含有锌的甲酸

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Fangming Jin; Xu Zeng; Jianke Liu; Yujia Jin; Lunying Wang; Heng Zhong; Guodong Yao; Zhibao Huo;
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1. Highly efficient and autocatalytic H₂O dissociation for CO₂ reduction into formic acid with zinc [J] . Fangming Jin, Xu Zeng, Jianke Liu, Scientific reports. . 2014,第1期

机译：高效自动催化H _{2 O分解，将锌中的CO _{2 还原为甲酸}}
2. HIGHLY EFFICIENT DISSOCIATION OF H2O FOR THE REDUCTION OF CO2 BY SOLAR/RENEWABLE ENERGY-DRIVEN TWO-STEP PROCESS [J] . Fangming Jin, Xu Zeng, Jun Yun, American Chemical Society, Division of Fuel Chemistry, Preprints . 2013,第2期

机译：太阳能/可再生能源驱动的两步法高效分离H2O以减少CO2
3. New insights into highly efficient reduction of CO2 to formic acid by using zinc under mild hydrothermal conditions: a joint experimental and theoretical study [J] . Xu Zeng, Makoto Hatakeyama, Koji Ogata Physical chemistry chemical physics: PCCP . 2014,第37期

机译：在温和的水热条件下使用锌将二氧化碳高效还原为甲酸的新见解：联合实验和理论研究
4. HIGHLY EFFICIENT DISSOCIATION OF H2O FOR THE REDUCTION OF CO2 BY SOLAR/RENEWABLE ENERGY-DRIVEN TWO-STEP PROCESS [C] . Fangming Jin, Xu Zeng, Jun Yun ACS National Meeting Exhibition . 2013

机译：通过太阳能/可再生能源驱动的两步过程对H2O的高效解离CO2减少
5. Mechanism of acid reduction at low and high overpotential metal electrodes in the presence and absence of CO2: Implications for CO2 reduction by N-heterocycles. [D] . Zeitler, Elizabeth L. 2014

机译：在存在和不存在CO2的情况下，低电位和高电位金属电极上酸还原的机理：N杂环对CO2还原的影响。
6. Highly efficient and autocatalytic H2O dissociation for CO2 reduction into formic acid with zinc [O] . Fangming Jin, Xu Zeng, Jianke Liu, -1

机译：高效自催化分解H2O以锌将CO2还原为甲酸
7. Highly efficient electro-reduction of CO2 to formic acid by nano-copper [O] . Kalyani Gupta, Marco Bersani, Jawwad A. Darr 2016

机译：通过纳米铜高效地电解二氧化碳至甲酸
8. Mild and Highly Selective Ultrasound-Promoted Zinc/Acetic Acid Reduction of C = CBonds in alpha, Beta-Unsaturated gamma-Dicarbonyl Compounds [R] . Marchand, A. P., Reddy, M. 1991

机译：轻度和高度选择性超声促进锌/乙酸还原C，在α，β-不饱和γ-二羰基化合物中的CBonds

Highly efficient and autocatalytic H2O dissociation for CO2 reduction into formic acid with zinc

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