1. Pressure effect on diamond nucleation in a hot-filament CVD system. Author: Lee, S T; Lam, Y W; Lin, Zhangda; Chen, Yan; Chen, Qijin Year: 1997 Tag Record  2. High efficiency deposition of diamond film by hot filament chemical vapor deposition. Author: Chen, Yan; Chen, Qijin; Lin, Zhangda Year: 1996 Tag Record  3. Role of hydrogen in the initial stage of diamond heteroepitaxy on silicon. Author: Lee, S-T; Lam, Y W; Lin, Zhangda; Chen, Yan; Gao, Zhiqing Year: 1996 Tag Record  4. Experimental approach to the mechanism of the negative bias enhanced nucleation of diamond on Si via hot filament chemical vapor deposition. Author: Chen, Qijin; Lin, Zhangda Year: 1996 Tag Record  5. Electron-emission-enhanced diamond nucleation on Si by hot filament chemical vapor deposition. Author: Chen, Qijin; Lin, Zhangda Year: 1996 Tag Record  6. Epitaxially oriented growth of diamond on silicon by hot filament chemical vapor deposition. Author: Chen, Qijin; Wang, Li-Xin; Zhang, Ze; Yang, Jie; Lin, Zhangda Year: 1996 Tag Record  7. Diamond growth on thin Ti wafers via chemical vapor deposition. Author: Chen, Qijin; Lin, Zhangda Year: 1995 Tag Record  8. Synthesis of oriented textured diamond films on silicon via hot filament chemical vapor deposition. Author: Chen, Qijin; Yang, Jie; Lin, Zhangda Year: 1995 Tag Record  9. Si+ implantation: A pretreatment method for diamond nucleation on a Si wafer. Author: Yang, Jie; Su, Xiaowei; Chen, Qijin; Lin, Zhangda Year: 1995 Tag Record  10. Effect of atomic hydrogen and oxygen on diamond growth.. Author: Sun, Biwu; Zhang, Xiaopin; Zhang, Qinzhe; Lin, Zhangda Year: 1993 Tag Record  11. Growth mechanism and the order of appearance of diamond (111) and (100) facets.. Author: Sun, Biwu; Zhang, Xiaopin; Lin, Zhangda Year: 1993 Tag Record  12. Investigation of the growth mechanism of diamond (111) facets using high resolution electron energy loss spectroscopy.. Author: Sun, Biwu; Zhang, Xiaopin; Zhang, Qinzhe; Lin, Zhangda Year: 1993 Tag Record