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Thermodynamic, kinetic and mass transport calculations, as the basis for materials processing by CVD

机译:热力学,动力学和大规模运输计算,作为CVD材料处理的基础

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What is the best way to optimise a CVD process? If all data are available (which is most improbable) it would be possible to achieve accurate modelling of a system with any degree of complexity. In reality, far fewer data exist, leading to a trade-off between system complexity and model complexity. Using numerous examples it will be demonstrated that it is often possible to satisfy the two main requirements. First of all, to provide information for the needs of experimentation, which is a pressing demand, and secondly, to reach a fundamental understanding of the chemistry involved in the CVD process, which is a long and exacting task.
机译:优化CVD过程的最佳方法是什么?如果所有数据都可用(这是最不可能的),则可以实现具有任何程度的复杂性的系统的准确建模。实际上,存在的数据较少,导致系统复杂性和模型复杂性之间的权衡。使用许多例子,将说明通常可以满足两个主要要求。首先,提供有关实验需求的信息,这是一种压迫需求,其次是对CVD过程中涉及的化学的基本理解,这是一个漫长而严格的任务。

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