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The synthesis, characterization and DFT calculations of highly volatile aminogermylene precursors and thin film investigation for CVD/ALD technology

机译:高挥发性氨基亚甲基前体的合成,表征和DFT计算以及用于CVD / ALD技术的薄膜研究

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Compared to the difficult volatilization for germanium (IV) precursors, germanium (II) precursors usually have better volatilization but difficult to synthesize. A series of diamine germanium (II) precursors were synthesized, characterized and investigated by DFT calculations. These germanium (II) precursors were tested by TG experiments and showed excellent volatilization, which were suitable as a potential membrane material. Moreover, the Ge film was deposited on Si wafer directly and characterized by SEM. (C) 2015 Elsevier B.V. All rights reserved.
机译:与锗(IV)前体的难挥发相比,锗(II)前体通常具有较好的挥发但难以合成。合成了一系列的二胺锗(II)前体,并通过DFT计算对其进行了表征和研究。这些锗(II)前体通过TG实验进行了测试,并显示出优异的挥发度,适合用作潜在的膜材料。此外,将Ge膜直接沉积在Si晶片上并通过SEM进行表征。 (C)2015 Elsevier B.V.保留所有权利。

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