锌
扩散
有效扩散系数
材料科学
扩散过程
扩散层
晶界扩散系数
分析化学(期刊)
再现性
电容
化学
热力学
纳米技术
冶金
电极
物理化学
微观结构
色谱法
图层(电子)
创新扩散
物理
放射科
磁共振成像
医学
知识管理
晶界
计算机科学
作者
Chunquan Zhuang,Yanqiu Lv,Haimei Gong
摘要
When Zinc diffuses into undoped InP, the diffusion profiles are severely influenced by the process parameters, such as the diffusion temperature, the diffusion time, etc. In order to reduce the surface damage and enhance reproducibility, the diffusion temperature and the diffusion time are optimized. Under optimized. diffusion temperature, curve of diffusion depth versus the square root of the diffusion time is achieved. From this curve, the diffusion coefficient for zinc under the optimized temperature is calculated. The zinc profile was determined by electrochemical capacitance-voltage profiling (ECV), according to which zinc diffusion mechanism was explained.
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