首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Interface properties of GaInP/Ge hetero-structure sub-cells of multi-junction solar cells
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Interface properties of GaInP/Ge hetero-structure sub-cells of multi-junction solar cells

机译:多结太阳能电池GaInP / Ge异质结构子电池的界面特性

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The interface properties of the GaInP/Ge hetero-structure solar cells were studied. It was found that an undesirable potential barrier for the majority carriers could occur at the n-GaInP-Ge hetero-interface during the growth of multi-junction solar cells. The potential barrier at the GaInP/Ge interface leads to S-shape behaviour of I-V curves at low temperatures, which was observed either for the single junctions or for the multi-junction solar cells containing the n-GaInP-Ge interface. The values of the effective barrier height and width as 0.12 ± 0.05 eV and 45-55 nm, respectively, were estimated by admittance spectroscopy and by C-V profiling measurements.
机译:研究了GaInP / Ge异质结构太阳能电池的界面特性。已经发现,在多结太阳能电池的生长过程中,多数载流子的不良势垒可能发生在n-GaInP / n-Ge异质界面上。 GaInP / Ge界面上的势垒导致了低温下I-V曲线的S形行为,这种现象在单结或包含n-GaInP / n-Ge界面的多结太阳能电池中都可以观察到。有效的势垒高度和宽度的值分别为0.12±0.05 eV和45-55 nm,这是通过导纳光谱和C-V轮廓测量法估算的。

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