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Methyl termination and ATR-FTIR evaluation of n-Si (111) electrode towards photoelectrochemical cell fabrication

机译:n-Si(111)电极在光电化学电池制造中的甲基终止和ATR-FTIR评估

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摘要

We confirmed methyl termination on n-Si(111) surface by ATR-FTIR measurement, which was fabricated by a photo chloro-reaction and its methylation. The coverage of the methylation was about 63.7 %, and the surface was not re-terminated by hydrogen. Photoelectrochemical properties of the n-Si(111) was measured as an electrode for a photoelectrochemical cell, and an onset potential obtaining photocurrent for the methyl terminated n-Si(111) electrode was observed as negative shift at 70 mV comparing with that of the hydrogen terminated n-Si(111) electrode. Therefore, the negative shift would be expected for improving open circuit voltage towards solar cell.
机译:我们通过ATR-FTIR测量证实了n-Si(111)表面的甲基末端,该反应是通过光氯反应及其甲基化制备的。甲基化的覆盖率为约63.7%,并且表面未被氢重新终止。测量n-Si(111)的光电化学性质作为光电化学电池的电极,并观察到甲基封端的n-Si(111)电极在70 mV处的起伏电位为负移,而该电位为氢封端的n-Si(111)电极。因此,期望负向偏移以改善朝向太阳能电池的开路电压。

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