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3. 不同功率-气压条件下的等离子体核Hα(656 nm)谱线强度
Fig. 3. Hα (656 nm) intensity of plasma under different power and pressure conditions
Data points in the horizontal axis represent different power-pressure parameters. Data point 1 is the initial parameter (900 W-5 kPa), and then the power and pressure of each data point increase by 200 W and 1 kPa successively until the final growth conditions (3500 W-18 kPa)
