人物簡介
在聚變電漿物理方面，曾從事托卡馬克電漿的電子迴旋共振加熱工程和物理實驗研究，較早在HT-6B托卡馬克上實現了微波ECR產生和加熱電漿。1988年後主要從事低溫電漿的教學和科研工作，研製了適用的直流、微波(ECR及微波表面波) 電漿源，用電漿化學氣相沉積合成金剛石、類金剛石、碳化矽、碳化鉭等多種功能薄膜、進行了鐵基材料表面電漿氮化及聚合物表面電漿改性等相關的電漿套用及套用基礎研究。建立了多種用於低氣壓低溫電漿參數診斷手段，開展了電漿參數對這些過程影響研究。利用加柵網和摻入惰性氣體兩種方法成功進行了電漿電子溫度調整控制，並研究了電子溫度的調控對PCVD過程反應粒子的影響。開展了大氣壓輝光放電實驗研究，成功使用多種形狀的電極，在多種氣體中獲得了穩定的大氣壓輝光放電,並成功研製了大氣壓冷電漿噴流裝置和大氣壓表面放電裝置，進行了大氣壓放電電漿的套用研究。 研究方向： 低溫電漿物理及套用； 在研項目有： 1、表面放電電漿產生機理與實驗 2、CVD金剛石膜輻射探測器的研製
發表文章
Development of a new atmospheric pressure cold plasma jet generator and application in sterilization ,Cheng Cheng（程誠）, Liu Peng（劉鵬）, Xu Lei（徐蕾）, Zhang Liye（張力葉）, Ru- Juan Zhan（詹如娟）Chinese Physics Vol.15,No.7,2006,1544-1548
Experimental study and sterilizing application of atmospheric pressure plasmas,L. Xu ，P. Liu, R.J. Zhan, X.H. Wen, L.L. Ding, M. Nagatsu Thin Solid Films 506-507 (2006) 400 –403
Surface modification of polymer fibre by the new atmospheric pressure cold plasma jet,Cheng Cheng ., Zhang Liye, Ru-Juan Zhan Surface & Coatings Technology 200 (2006) 6659-6665
CVD金剛石在輻射探測領域中的套用,周海洋，朱曉東，詹如娟, 核技術 28，2（2005）136-140
Sterilization of E.coli bacterium with an atmospheric pressure surface barrier discharge, Chinese Physics 2004,13（6）913-917 ,XU Lei(徐蕾), ZHANG Rui(張銳), LIU Peng（劉鵬）, DING Li-Li（丁麗莉）， ZHAN Ru-Juan（詹如娟）
Change from micrometre to nanometer size for diamond grains by plasma,chemical vapour deposition,Nanotechnology 15 (2004) 1609–1612 H YZhou, R J Zhan, X D Zhu, X H Wen and X Chen
Control of characteristic lengths for self-organized nanostructures of amorphous carbonV, Journal of Physics: Condensed Matter, 16, 1175-1181 (2004). X. D. Zhu, X. H. Wen, R. J. Zhan, H. Naramoto, and F. Arefi-Khonsari
incorporationof nitrogen into amorphous carbon films produced by surface-wave plasma chemical vapor deposition WU Yu-xiang, ZHU Xiao-dong,ZHAN Ru-Juan Plasma Science & Technology 5, 6(2003)2063-2069
Diagnostics of Atmospheric Pressure Surface Discharge Plasmas in Argon, ZHANG Rui, ZHAN Ru-Juan, WEN Xiao-Hui CHINESE PHYS. LETT. 20,11(2003)1988－1990
Adjustment of electron temperature in ECR microwave plasma Ru-Juan Zhan, Xiaohui Wen, Xiaodong Zhu, Aidi zhao Vacuum 70(2003)499-503
Investigation of the characteristics of atmospheric pressure surface barrier discharge Rui Zhang, Rujuan Zhan, Xiaohui Wen, Lei Wang, Plasma Sources Sci. Technol. 12(2003)590-596
An experimental study on atmospheric pressure glow discharge in different gases LIU Peng , ZHAN Ru-juan, Wen Xiao-hui, ZHU Xiao-dong, LI Ding Plasma science & technology, 4,3,(2002)1323-1328
Optical properties of bias-induced CH4–H2 plasma for diamond film deposition X.D.Zhu,R.J.Zhan,H.Y.Zhou,X.H.Wen,and J. Vac. Sci. Technol. A 20,3(2002)941-944
Polarization Dependence of Optical Harmonic Generation from Solid Targets at High Intensities: Role of Faraday Rotation Shuai Wu, Rujuan Zhan and Ji Chen, Can.J.Phys, 80，2(2002)173-177
.Influence of different operation gas in the large microwave plasmas.cong-Feng Wu, Wei-Dong Huang, Ru-Juan Zhan J. Vacuum Sci. Technol.A 19,2(2001)503-506
The characterization of the slot antenna microwave plasma source Cong-Feng Wu, Ru-Juan Zhan, Xiaohui Wen,Wei-Dong Huang IEEE Trans. Plasma Sci. 29,1(2001)13-18
Harmonic generation duringultrashort-pulse ultraintense P-polarized laser interaction with solid target" Shuai Wu, Ru-Juan Zhan and Ji Chen, Phys. Lett. A 286(2001)282-286
