刘凯, 李冬霞, 彭敏. 不对称型氧化还原反应进行完全的条件及影响因素[J]. 内江师范学院学报, 2011, (12): 39-41.
引用本文: 刘凯, 李冬霞, 彭敏. 不对称型氧化还原反应进行完全的条件及影响因素[J]. 内江师范学院学报, 2011, (12): 39-41.
LIU Kai, LI Dong-xia, PENG Min. The Conditions and Influencing Factors for Complete Reaction in Asymmetry Redox Reaction[J]. Journal of Neijiang Normal University, 2011, (12): 39-41.
Citation: LIU Kai, LI Dong-xia, PENG Min. The Conditions and Influencing Factors for Complete Reaction in Asymmetry Redox Reaction[J].Journal of Neijiang Normal University, 2011, (12): 39-41.

不对称型氧化还原反应进行完全的条件及影响因素

The Conditions and Influencing Factors for Complete Reaction in Asymmetry Redox Reaction

  • 摘要:以能斯特方程为基础,推导出不对称型氧化还原反应进行完全的判别式,并进一步探讨了影响该类反应进行完全的相关因素.对于给定的反应,主要受条件电动势和反应物浓度的影响.对主体物质微粒数减少的反应,宜在较高浓度下进行;反之,则宜在较低浓度下进行.

    Abstract:Discriminant for complete reaction in asymmetric redox reactions was deduced on the basis of Nernst equation, based on which a further exploration was made into the correlative factors that might affect the complete reaction of an asymmetric redox reaction. For a given reaction, the principal influences come from the conditional electromotive force and reactant concentrations; for reactions in which the particles of subjectival substance of the reaction decrease in number, the reactions are better conducted in high concentrations; otherwise, low concentrations are preferred.

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