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Synthesis of Diamond from a High-Velocity Microwave Plasma Flow

机译:从高速微波等离子体流的合成金刚石

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摘要

A new method of gas-phase diamond deposition with a high-velocity jet used to transport gases activated in microwave plasma to a substrate is developed. Diamond was synthesized from a mixture of hydrogen with the addition of 1% methane. The deposition rate (78 mu m/h) was more than an order of magnitude higher than that achieved earlier in experiments with activation of similar initial mixtures in microwave plasma.
机译:开发了一种新的气相金刚石沉积方法,其具有用于在微波等离子体中激活到基板的输送气体的高速射流。 用加入1%甲烷从氢的混合物中合成金刚石。 沉积速率(78 mu m / h)比在实验中达到的数量级,在微波等离子体中的相似初始混合物的激活中达到的实验。

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