等离子体聚集装置下的高能量密度单晶金刚石快速生长研究
李一村1(
), 刘雪冬1, 郝晓斌1, 代兵1(), 吕继磊2, 朱嘉琦1
), 刘雪冬1, 郝晓斌1, 代兵1(), 吕继磊2, 朱嘉琦1
Rapid Growth of Single Crystal Diamond at High Energy Density by Plasma Focusing
LI Yicun1(), LIU Xuedong1, HAO Xiaobin1, DAI Bing1(), LYU Jilei2, ZHU Jiaqi1
), LIU Xuedong1, HAO Xiaobin1, DAI Bing1(), LYU Jilei2, ZHU Jiaqi1
图1. 3500 W, 18 kPa条件下舱体内电场强度和电子密度的分布情况仿真结果
Fig. 1. Simulation results of the distribution of electric field and electron density in the reaction chamber at 3500 W and 18 kPa
(a) Electric field distribution with molybdenum disk; (b) Electric field distribution with focusing structure; (c) Electron density distribution with molybdenum disk; (d) Electron density distribution with focusing structure
