新型炭材料, 2012, 27(4): 307-310.
采用直流热阴极PCVD( Plasma chemical vapor deposition)法间歇生长模式制备金刚石膜,通过加入周期性的刻蚀阶段清除金刚石膜在一定生长期中形成的石墨和非晶碳等杂质,实现了金刚石膜生长的质量调控.间歇式生长过程分为沉积阶段和刻蚀阶段,两个阶段交替进行.采用Raman光谱、SEM和XRD对所制金刚石膜的品质进行了表征,并与同样生长条件下连续生长模式制备的金刚石膜样品进行了比较.结果表明,当单个生长周期为30m in(沉积时间为20 min、刻蚀时间为10min)时,直流热阴极PCVD法间歇生长模式制备的金刚石膜中的非金刚石相杂质含量低于连续间歇生长模式制备的金刚石膜.
引用：
姜宏伟,
黄海亮,
贾相华,
尹龙承,
陈玉强,
彭鸿雁
直流热阴极PCVD法间歇生长模式制备金刚石膜.
新型炭材料,
2012, 27(4): 307-310.
doi:
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