cvd -碳氮化硅涂层沉积动力学研究

A. G. Varliamov, S. V. Afanas′eva
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引用次数: 0

摘要

本文讨论了以碳氮化硅层合成为例的常压cvd工艺的一些符合性。提出了非均相合成涂层的化学吸附动力学机理。这种机制存在的可能性取决于生长表面的有限吸附能力,并将表面过程定义为cvd合成的主要(限制)阶段。发现了化学吸收表面记忆的作用。其思想是:在cvd合成温度急剧变化后,表面保留了先前状态下的阻塞中心数信息。
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Deposition Kinetics of CVD-Silicon Carbonitride Coatings
In the present work some conformities of atmospheric CVD-process with silicon carbonitride layers synthesis as an example are discussed. It is proposed the chemisorption - kinetic mechanism of the coatings heterogeneous synthesis. The possibility of this mechanism existence is conditioned by the limited adsorptive capacity of the growing surface and by defining the surface processes as the leading (limiting) stage of the CVD-synthesis. The effect of the chemisorptive surface memory is discovered. The idea of it is as follows: after a sharp changing of CVD-synthesis temperature the surface keeps the information about the blocked centers number at its previous state.
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