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Modified structures of multicrystalline silicon as light detectors

机译:多晶硅作为光探测器的改性结构

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Photovoltaic structures of multicrystalline silicon were modified by the deposition of a-Si:C:H thin films. The films have been deposited by Plasma Enhanced Chemical Vapor Deposition at 13.56 MHz in SiH_4 +CH_4 gaseous mixtures. The structures have been investigated by means of optical and electrical methods. Spectral photosensitivity measurements were done at room temperature in voltage and current modes. The signal was registered in the function of light in the visible and near infrared region from 400 to 1100 nm. Silicon structures covered by a-Si:C:H have higher spectral photosensitivities than uncover ones and the apparent increase in efficiency has been observed.
机译:多晶硅的光伏结构通过a-Si:C:H薄膜的沉积进行了修饰。所述膜已经通过等离子体增强化学气相沉积在SiH_4 + CH_4气态混合物中以13.56MHz沉积。已经通过光学和电气方法研究了结构。光谱光敏性测量是在室温下以电压和电流模式进行的。信号记录在可见光和近红外区域(400至1100 nm)中的光的作用。被a-Si:C:H覆盖的硅结构比未覆盖的硅结构具有更高的光谱光敏性,并且观察到效率明显提高。

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