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Photoelectrochemical reaction and H-2 generation at zero bias optimized by carrier concentration of n-type GaN

机译:通过n型GaN的载流子浓度优化零偏压下的光电化学反应和H-2生成。

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摘要

The authors studied the photoelectrochemical properties dependent on carrier concentration of n-type GaN. The photocurrent at zero bias became the maximum value at the carrier concentration of 1.7x10(17) cm(-3). Using the sample optimized carrier concentration, the authors achieved H-2 gas generation at a Pt counterelectrode without extra bias for the first time. The authors also discussed the mechanism of the dependence of photocurrent on the carrier concentration of GaN. (c) 2007 American Institute of Physics.
机译:作者研究了取决于n型GaN载流子浓度的光电化学性质。零偏压下的光电流在载流子浓度为1.7x10(17)cm(-3)时变为最大值。使用样品优化的载流子浓度,作者首次在没有额外偏压的情况下实现了在Pt对电极上产生H-2气体。作者还讨论了光电流对GaN载流子浓度的依赖性机制。 (c)2007年美国物理研究所。

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