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采用金属有机化学汽相沉积生长法(MOCVD),在不同的衬底表面处理条件和生长温度下,在GaAs衬底上生长出了ZnO薄膜.随着化学腐蚀条件的不同,可生长出优先定位不同的ZnO(100)和ZnO(002)薄膜.该薄膜的晶体结构特性是由X光衍射谱仪(XRD)所获得的,而其光学特性是由光荧光谱仪(PL)来测的.与ZnO(002)相比,ZnO(100)薄膜具有更优越的晶体结构特性,并且在同样的生长温度下都具有相似的光学特性.对于腐蚀条件不同的GaAs衬底所进行的XPS分析结果表明,ZnO薄膜优先定位变化的主要原因在于腐蚀过程中形成的富As层.

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