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Ge‐Epitaxial‐PbS Heterojunctions

机译:Ge-外延-PbS异质结

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摘要

Films of lead sulfide have been grown on single‐crystal germanium substrates from a water solution of reacting chemicals. The details of the preparation method are described. Lauè back reflection and diffractometer measurements indicate that the films are single crystal with the same orientation as the substrate. Measurements were made of the photovoltage generated between the germanium and the lead sulfide as a function of wavelength between 1 and 4 μ at room temperature and at 77°K. At 77°K all samples showed a peak in photovoltage at 1.5 μ. In addition, samples grown on n‐type germanium show a response out to 3.3 μ. Finally, the time constant of the photovoltage was measured. At room temperature it was less than 10 μsec for all samples while at 77°K it was 25 μsec for the samples grown on n‐type germanium and less than 10 μsec for the remaining samples.
机译:硫化铅薄膜是从反应化学物质的水溶液中生长在单晶锗衬底上的。详细说明了制备方法。 Lauè背反射和衍射仪的测量结果表明,这些薄膜是单晶的,其取向与基材相同。测量了在室温和77°K下锗和硫化铅之间产生的光电压与1-4μ之间的波长的关系。在77°K下,所有样品的光电压峰值均为1.5μ。此外,在n型锗上生长的样品显示出对3.3μ的响应。最后,测量光电压的时间常数。在室温下,所有样品的时间小于10微秒,而在77°K下,在n型锗上生长的样品的时间小于25微秒,其余样品的时间小于10微秒。

著录项

  • 来源
    《Journal of Applied Physics 》 |1966年第4期| 共5页
  • 作者单位

    U. S. Naval Ordnance Laboratory, White Oak, Silver Spring, Maryland;

  • 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
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