根据电极过程动力学和晶体成长理论解释了实验结果。
Results were interpreted from electrode kinetics and crystal growth theory.
电离辐射能够改变电极过程的性质，并能破坏其动力学的平衡。
Ionizing radiation can affect the characteristics of the electrode processes and disturb their kinetic equilibria.
结果表明，2，4-二硝基苯酚的电极过程为具有吸附性的不可逆过程。
The electrode reduction process of 2,4-dinitrophenol is irreversible with adsorptive characteristics.
研究了PEMFC的电极过程特性以及对电池能量转化效率和热源的影响。
The characteristics of the electrode process and its effects on energy transfer efficiency and the heat sources of PEMFC were studied.
采用线性扫描伏安法和电位阶跃法，研究了锂离子在铝电极上的电极过程机理。
The Deposition mechanism of Lithium on aluminium electrode was studied by using linear sweep voltammetry and potential step method.
研究了电极过程的可逆性、吸附特性及电极反应机制，求得一系列常数和参数。
The reversibility of electrode process, the character of adsorption and the mechanism of electrode reaction were investigated. A Series of constants and parameters were calculated.
开展有机催化波的研究可用于提高分析灵敏度、研究电极过程以及化学反应动力学。
The study on the catalytic wave of organic compound plays an important role in increasing analytical sensitivity, and studying electrode process and chemical reaction kinetics.
证明针镍矿的阳极溶解是由固相内扩散传质和电荷传递步骤混合控制的准可逆电极过程；
The dissolution was confirmed to be a quasi-reversible process, which was controlled by solid-state diffusion and charge transfer.
证明针镍矿的阳极溶解是由固相内扩散传质和电荷传递步骤混合控制的准可逆电极过程；
The dissolution was confirmed to be a quasi-reversible process, which was controlled by solid-state diffusion and charge transfer.
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