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Growth of the InN pillar crystal films by means of atmospheric pressure halide chemical vapor deposition

机译:通过大气压卤化物化学气相沉积的INN柱晶膜的生长

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InN has been expected as red light emitting diodes because it has an energy gap of 1.89 eV at 300 K.In this study,we report the results of an investigation into the growth of hexagonal InN on a Si(100) substrate by means of atmospheric pressure halide chemical vapor deposition (AP-HCVD) with varying NH_3:InCl_3 ratios.
机译:预计INN已作为红发二极管,因为它在本研究中具有1.89eV的能量差距,我们通过大气报告了通过大气压调查Si(100)衬底上的六角形INN的生长的结果压力卤化物化学气相沉积(AP-HCVD),不同的NH_3:CONT_3比率。

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