A simple technique for obtaining (1120) or (1010) textured ZnO films by RF bias sputtering

S. Takayanagi, T. Yanagitani, M. Matsukawa, Yoshiaki Watanabe
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引用次数: 5

Abstract

C-axis parallel-oriented ZnO piezoelectric films, (1120) or (1010) textured films, are good candidates for shear mode devices. Ion bombardment to the substrate during film deposition suppresses the usual (0001)-oriented grain growth, resulting in the preferential development of unusual (1120) or (1010) orientation. This is because the most densely packed (0001) plane should incur more damage by ion bombardment than the (1120) and (1010) planes. In this study, we propose RF substrate bias RF magnetron sputtering method to induce the ion bombardment to the substrate. This method made possible to form preferential (1120) or (1010) orientation in the conditions where these orientations could not be formed in case of DC bias.
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一种通过射频偏置溅射获得(1120)或(1010)织化ZnO薄膜的简单技术
c轴平行取向ZnO压电薄膜,(1120)或(1010)纹理薄膜,是剪切模式器件的良好候选。在薄膜沉积过程中,离子轰击基底抑制了通常的(0001)取向晶粒生长,导致不寻常的(1120)或(1010)取向优先发展。这是因为最密集的(0001)飞机比(1120)和(1010)飞机受到离子轰击的伤害更大。在这项研究中,我们提出了射频衬底偏压射频磁控溅射的方法来诱导离子轰击衬底。该方法使得在直流偏置情况下无法形成优先(1120)或(1010)取向的条件下形成优先(1120)或(1010)取向成为可能。
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