Solar hydrogen production using semiconductor septum (n- cdSe/ti AND n-TiO_2/Ti) electrode based photoelectrochemical solar cells

R. N. Pandey; M. Misra; O. N.Srivastava

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Solar hydrogen production using semiconductor septum (n- cdSe/ti AND n-TiO_2/Ti) electrode based photoelectrochemical solar cells

机译：使用基于半导体隔膜（n- cdSe / ti和n-TiO_2 / Ti）电极的光电化学太阳能电池生产太阳能氢

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In the present study, photoelectrochemical and hydrogen evolution characteristics of CdSe/Ti and TiO_2/Ti based semiconductor-septum photoelectrochemical (SC-SEP, PEC) solar cell have been studied. The SC-SEP cell in the configuration of SCE, 1 M 3S/CdSel/Ti/5 M H_2SO_4 Pt(W), Pt(c), gave power output of 0.62 V and 11 mA cm~-2, whereas the conventional Pt, 1 M 3S //CdSe/Ti, PEC cel gives power output of 0.64 v and 6 mA cm~-2. The hydrogen evolution characteritics of SCE, 1 M 3S//CdSe/Ti//5 M H_2SO_4, Pt (W), Pt(C), exhibited a rate of 1.0 To 1.5 1h~-1 m~-2 under an illumination intensity of 80 W cm~-2.

机译：在本研究中，已研究了基于CdSe / Ti和TiO_2 / Ti的半导体隔膜光电化学（SC-SEP，PEC）太阳能电池的光电化学和氢释放特性。 SCE配置的SC-SEP电池1 M 3S / CdSel / Ti / 5 M H_2SO_4 Pt（W），Pt（c）的功率输出为0.62 V和11 mA cm〜-2，而常规Pt ，1 M 3S // CdSe / Ti，PEC cel可提供0.64 v和6 mA cm〜-2的功率输出。 SCE，1 M 3S // CdSe / Ti // 5 M H_2SO_4，Pt（W），Pt（C）的氢析出特征在光照强度下的速率为1.0至1.5 1h〜-1 m〜-2 80 W cm〜-2。

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《International Journal of Hydrogen Energy》 |1998年第10期|p.861-865|共5页
作者
R. N. Pandey; M. Misra; O. N.Srivastava;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类氢能及其利用;
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Solar hydrogen production using semiconductor septum (n- cdSe/ti AND n-TiO_2/Ti) electrode based photoelectrochemical solar cells

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