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本文推导出物质不相互竞争吸附中心的共吸附和吸附物改变取向两种非法拉第吸附过程的等效电路。在前一种情形,等效电路并联一个共吸附物的非法拉第吸附阻抗支路。在后一种情形,取向变化过程等效于一个电阻和电容的串联支路,支路元件数值的大小取决于取向速度和复盖度等,该支路与原有非法拉第吸附阻抗的吸附电容相并联。
In this paper, we deduce the equivalent circuit of two kinds of non-competitive adsorption processes, ie co-adsorption of non-competing adsorption centers and change of orientation of adsorbates. In the former case, the equivalent circuit is connected in parallel with the non-Faraday adsorption impedance branch of a co-adsorbate. In the latter case, the orientation change process is equivalent to a series branch of resistance and capacitance. The magnitude of the branch element value depends on the orientation speed and coverage, etc. This branch is different from the absorption capacitance of the original Faraday adsorption impedance In parallel.