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Temperature dependence of Si-GaAs energy gap using photoconductivity spectra

机译:Si-GaAs能隙的光导光谱与温度的关系

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In the present work, we study the Energy gap (E_g) of the Si-GaAs at various temperatures in the range from 250 up to 350 K, using the photoconductivity method, in order to find the relation between the E_g and the temperature. We have measured the photocurrent as a function of photon energy from 1.36 up to 1.55 eV for each temperature. From the analysis of the spectra for each temperature we have found three peaks corresponding to inter-band transitions and we plotted the energy that corresponds to the peaks as a function of temperature.
机译:在目前的工作中,我们使用光电导方法研究了在250至350 K范围内的各种温度下,Si-GaAs的能隙(E_g),以便找到E_g与温度之间的关系。我们已经测量了每个温度下光电流与光子能量的函数关系,从1.36到1.55 eV。通过对每种温度的光谱分析,我们发现了三个对应于带间跃迁的峰,并绘制了与峰对应的能量随温度变化的曲线。

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