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首页> 外文期刊>Technical physics letters: Letters to the Russian journal of applied physics >Adsorption of hydrogen atoms and oxygen molecules on zinc oxide and titanium oxide on the surface conductivity and work function
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Adsorption of hydrogen atoms and oxygen molecules on zinc oxide and titanium oxide on the surface conductivity and work function

机译:氢原子和氧分子在氧化锌和氧化钛上的吸附对表面电导率和功函数的影响

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摘要

A change in the substrate work function has been calculated using the Anderson-Newns model for H/ZnO, O-2/ZnO, and O-2/TiO2 systems in the interval of submonolayer adsorbate coverages (0 <= Theta <= 1). Using the relation Delta G/Delta phi approximate to const obtained previously, where Delta G and Delta phi are changes in the surface conductivity and work function, the values of Delta G(Theta) are evaluated, which show a good agreement with the experimental data.
机译:使用亚/层吸附物覆盖范围(0 <= Theta <= 1)的H / ZnO,O-2 / ZnO和O-2 / TiO2系统的Anderson-Newns模型计算了基体功函数的变化。 。使用Delta G / Delta phi近似于先前获得的const关系,其中Delta G和Delta phi是表面电导率和功函数的变化,对Delta G(Theta)的值进行了评估,这与实验数据吻合良好。

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