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首页> 外文期刊>International journal of inorganic materials >High temperature electrical conductivity in Ga and In solubility limit region in ZnS
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High temperature electrical conductivity in Ga and In solubility limit region in ZnS

机译:Zn中Ga和In溶解度极限区域的高温电导率

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High temperature electrical conductivity (HTEC) and solubility measurements of Ga and In were performed in ZnS. To investigated Ga and In solubility in ZnS under the controlled vapour pressure of Zn, a special construction of quartz ampoules were used. Ga and In solubility isotherms in ZnS are given. At high temperatures and at low concentrations, Ga and In act as a single donor. At high zinc pressures, outdiffusion of gallium and indium occurs. The change of the solubility of Ga or In is reflected in ZnS HTEC isotherms. If doped at the same doping conditions, ZnS:Ga and ZnS:In had the same HTEC absolute values despite the differences in Ga and In solubilities.
机译:在ZnS中进行Ga和In的高温导电率(HTEC)以及溶解度测量。为了研究在受控的Zn蒸气压下Ga和In在ZnS中的溶解度,使用了一种特殊的石英安瓿瓶。给出了Ga和In在ZnS中的溶解等温线。在高温和低浓度下,Ga和In充当单个供体。在高锌压力下,会发生镓和铟的外扩散。 Ga或In的溶解度变化反映在ZnS HTEC等温线中。如果在相同的掺杂条件下进行掺杂,尽管Ga和In的溶解度有所不同,但ZnS:Ga和ZnS:In的HTEC绝对值相同。

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