异构重排反应的英语
English:react to后面加什么
Heterogeneous recombination reactions involve the joining of atoms, ions, or molecules from different chemical species to form new compounds or products. These reactions typically occur at the interface or boundary between two distinct phases, such as solid-solid, solid-liquid, or gas-solid interfaces. The driving force behind heterogeneous recombination reactions is often the creation of more stable chemical species or the release of energy in the form of heat or light. Examples of heterogeneous recombination reactions include catalytic reactions, where a solid catalyst facilitates the conversion of reactants into products, and surface-mediated reactions, where molecules adsorb onto a solid surface and react to form new compounds. The rate and extent of heterogeneous recombination reactions are influenced by factors such as the nature of the reactants and catalysts, the surface area and morphology of the solid phase, the temperature, pressure, and concentration of reactants, as well as the presence of any impurities or inhibitors. Understanding and controlling heterogen
eous recombination reactions are essential for various industrial processes, including chemical synthesis, environmental remediation, and energy production.
Translated content:
异质重排反应涉及来自不同化学物种的原子、离子或分子的结合，形成新的化合物或产物。这些反应通常发生在两个不同相之间的界面或边界，例如固-固、固-液或气-固界面。异质重排反应背后的推动力通常是创建更稳定的化学物种或以热或光的形式释放能量。异质重排反应的例子包括催化反应，其中固体催化剂促进了反应物转化为产物，以及表面介导反应，其中分子吸附到固体表面并反应形成新的化合物。异质重排反应的速率和程度受到诸如反应物和催化剂的性质、固相的表面积和形态、温度、压力和反应物浓度以及任何杂质或抑制剂的存在等因素的影响。了解和控制异质重排反应对于各种工业过程至关重要，包括化学合成、环境修复和能源生产。

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