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Etching and oxidation of InAs in planar inductively coupled plasma

机译:平面电感耦合等离子体中InAs的蚀刻和氧化

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The surface of InAs (111)A was investigated under plasmachemical etching in the gas mixture CH_4/H_2/ Ar. Etching was performed using the RF (13.56 MHz) and ICP plasma with the power 30-150 and 50-300 W, respectively; gas pressure in the reactor was 3-10mTorr. It was demonstrated that the composition of the subsurface layer less than 5 nm thick changes during plasmachemical etching.rnA method of deep etching of InAs involving ICP plasma and hydrocarbon based chemistry providing the conservation of the surface relief is proposed. Optimal conditions and the composition of the gas phase for plasmachemical etching ensuring acceptable etch rates were selected.
机译:在等离子混合气CH_4 / H_2 / Ar中通过等离子化学刻蚀研究了InAs(111)A的表面。使用RF(13.56 MHz)和ICP等离子分别以30-150和50-300 W的功率进行蚀刻;反应器中的气体压力为3-10mTorr。结果表明,在等离子化学刻蚀过程中,小于5 nm厚的表面下层的成分发生了变化。提出了一种采用ICP等离子体和烃基化学物质对InAs进行深度刻蚀的方法,以节约表面浮雕。选择确保等离子体蚀刻速率可接受的最佳条件和等离子体化学气相的组成。

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