Au/n-Si (MS) and Au/Poly (linolenic acid)-g-poly (caprolactone)-g-poly (t-butyl acrylate) (PLilPCLPtBA)/n-Si (MPS) diodes were fabricated to investigate the electrical and responsivity effects of interfacial layer on the diodes under ultra violet (UV) illumination. Electrospinning method was used for coating of the PLilPCLPtBA polymer layer on n-Si single crystal as nanofibers. Surface formation and nanofiber characteristics of the polymer layer were investigated by an electron microscope. The current-voltage ([Formula: see text]) measurements of the MS and MPS diodes were carried out in dark and under UV (365 nm) illumination conditions at room temperature. Basic electrical parameters of the diodes; such as reverse bias saturation current ([Formula: see text]), zero bias barrier height [Formula: see text], ideality factor ([Formula: see text]), series resistance ([Formula: see text]) and interface state density ([Formula: see text]) were extracted from the experimental [Formula: see text] measurements by thermionic emission and Norde equations. Also, power law of the photocurrents ([Formula: see text]) and responsivity ([Formula: see text]) behavior were obtained and given comparatively.

中文翻译：

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具有和不具有聚（亚麻酸）-G-聚（己内酯）-G-聚（丙烯酸叔丁酯）界面层的 Au/n-Si 二极管的紫外线照射响应性

制造了 Au/n-Si (MS) 和 Au/Poly (亚麻酸)-g-poly (己内酯)-g-poly (t-丁基丙烯酸酯) (PLilPCLPtBA)/n-Si (MPS) 二极管来研究电紫外 (UV) 照射下界面层对二极管的响应度和响应度影响。静电纺丝方法用于将 PLilPCLPtBA 聚合物层涂覆在 n-Si 单晶上作为纳米纤维。通过电子显微镜研究聚合物层的表面形成和纳米纤维特性。MS 和 MPS 二极管的电流-电压（[公式：见正文]）测量是在室温下在黑暗和紫外（365 nm）照明条件下进行的。二极管的基本电气参数；如反向偏置饱和电流（[公式：见文]），零偏置势垒高度[公式：见文]，理想因子（[公式：见文]），串联电阻（[公式：见文本]）和界面态密度（[公式：见文本]）通过热离子发射和 Norde 方程从实验 [公式：见文本] 测量中提取。此外，还获得了光电流（[公式：参见文本]）和响应度（[公式：参见文本]）行为的幂律并进行了比较。