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SiC/A Model of Silicon Carbide Chemical Vapor Deposition.md
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SiC/A Model of Silicon Carbide Chemical Vapor Deposition.md
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# A Model of Silicon Carbide Chemical Vapor Deposition
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## ABSTRACT
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考虑了 36 种气态的分子。有一些实验的验证。
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## 第二段
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考虑的气体为 SiH4 C3H8,载气为 H2,一个大气压。
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考虑了气态中的反应,也考虑了分子与表面碰撞的反应。
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## Chemical Reaction Mechanism
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SiH4 C3H8 的分解已经被研究得差不多了,缺少研究的是分解产物与表面的反应。
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### Gas-phase chemistry
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这一章是考虑气态的内容。一些分子没有考虑(例如超过四个 C 的分子,同时包含 C 和 Si 的分子),
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因为一般认为这样的分子很少。
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### Surface reactions
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SiC/A Model of Silicon Carbide Chemical Vapor Deposition.pdf
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SiC/A Model of Silicon Carbide Chemical Vapor Deposition.pdf
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# Burton-Cabrera-Frank theory for surfaces with alternating step types
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## Abstract
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SiC/Burton-Cabrera-Frank theory for surfaces with alternating step types.pdf
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SiC/Burton-Cabrera-Frank theory for surfaces with alternating step types.pdf
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SiC/Doping-induced strain and relaxation of Al-doped 4H-SiC homoepitaxial layers.pdf
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SiC/Doping-induced strain and relaxation of Al-doped 4H-SiC homoepitaxial layers.pdf
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SiC/Enhancement of high-temperature deformation in fine-grained silicon carbide with Al doping.pdf
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SiC/Enhancement of high-temperature deformation in fine-grained silicon carbide with Al doping.pdf
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# Estimation of supersaturation at steps during chemical vapor deposition of 4H-SiC (0001) from reported growth rate and cross-sectional profile of spiral hillock
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# GAS PHASE KINETICS ANALYSIS AND IMPLICATIONS FOR SILICON CARBIDE CHEMICAL VAPOR DEPOSITION
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SiC/GAS PHASE KINETICS ANALYSIS AND IMPLICATIONS FOR SILICON CARBIDE CHEMICAL VAPOR DEPOSITION.pdf
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SiC/GAS PHASE KINETICS ANALYSIS AND IMPLICATIONS FOR SILICON CARBIDE CHEMICAL VAPOR DEPOSITION.pdf
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SiC/Gas-Phase Reaction of Trimethylgallium and Ammonia: Experimental Determination of the Equilibrium Constant and ab Initio Calculations.pdf
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SiC/Gas-Phase Reaction of Trimethylgallium and Ammonia: Experimental Determination of the Equilibrium Constant and ab Initio Calculations.pdf
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# Step-Controlled Epitaxial Growth of High-Quality SiC Layers
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这里提到两篇可能重要的文章:
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* 29 和 30 分析了空中的团簇的组成。
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* 31 提到,当输入的 C/Si 比为 2 时,有效的 C/Si 比要高得多,大约为 100。
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* 39 提到一个岛状生长和台阶流外延的转换点的计算方法。(BCF)
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* 62 提到重掺 Al 在 C 面长不好的一个原因:三甲基铝中的 C 会导致 C 变多,导致表面迁移被抑制。
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SiC/Step-Controlled Epitaxial Growth of High-Quality SiC Layers.pdf
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SiC/Step-Controlled Epitaxial Growth of High-Quality SiC Layers.pdf
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SiC/X‑ray Absorption Fine Structural Study of Atomic Structures and Chemical States of Dopants in 4H-SiC 0001.pdf
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SiC/X‑ray Absorption Fine Structural Study of Atomic Structures and Chemical States of Dopants in 4H-SiC 0001.pdf
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