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Effect of Reaction Temperature and Mixture Ratio on Polysilicon Production process

机译:反应温度和混合比对多晶硅生产过程的影响

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These years, electronic devices and integrated circuits have a trend of miniaturization and integration with the rapid development of the information industry, higher requirements have been placed on the size, purity, and defect density of silicon wafers. More urgent demands have been placed on the mass production of electronic grade polysilicon. However, the research of electronic grade polysilicon in China is still in its infancy, it is far from meeting the requirements of mass production. This paper studies the influence of the single factor of reaction temperature on the yield of silicon, the surface morphology and power consumption of polysilicon under the certain conditions, which has some reference value for the production of electronic grade polysilicon.
机译:这些年来看,电子设备和集成电路具有小型化和集成的趋势,与信息行业的快速发展,硅晶片的尺寸,纯度和缺陷密度更高的要求。 在电子级多晶硅的批量生产上迫切需要迫切要求。 然而,中国电子级多晶硅的研究仍处于初期阶段,它远未满足批量生产的要求。 本文研究了在某些条件下对多晶硅的硅,表面形态和功耗的单一因素对多晶硅的产量的影响,这对电子级多晶硅的生产具有一些参考值。

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