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Decreasing Energy Costs in Epitaxial Growth from Gas Phase System by Optimization of Pressure

机译:通过优化压力降低气相系统外延生长的能源成本

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In this paper we introduce an approach to decrease energy costs during growth an epitaxial layers from gas phase by minimization velocity of flow of composition of gases (gas-carrier and materials in gas phase, which are used for formation epitaxial layer) after leaving epitaxial growth from gas phase system. As a result of minimization of the velocity one can obtain minimization of pressure of compressor and decreasing of energy cost of the epitaxial growth.
机译:在本文中,我们介绍了一种通过最小化离开外延生长后的气体成分(用于形成外延层的气体载体和气相材料)的流速来降低气相外延层生长过程中的能源成本的方法来自气相系统。作为速度的最小化的结果,可以获得压缩机的压力的最小化和外延生长的能量成本的降低。

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