共 10 条
[1]
Cavitation erosion of TiN films produced by ion-beam-enhanced deposition at room temperature. WANG Bu-qian and Herman H. Wear . 1989
[2]
Effect of implantation energy for surface roughness. ZHANG G S and ZHANG Z C. Hot Working Technology . 1996
[3]
TheeffectsofionbombardingenergyonthestructureandpropertiesofTiNfilmssynthesizedbydualionbeamsputtering. LIWen zhi,HEXiao ming,LIHeng de. Japanese Journal of Applied Physics . 1 994
[4]
Particle bombardment effects on thin-film deposition: A review. Mattox D M. Journal of Vacuum Science and Technology . 1989
[5]
Interface adhesion enhanced by MeV ions. QIU Yuan-xun. Nuclear Instruments and Methods . 1991
[6]
Microstructure and wear behaviour of chromium nitride films formed by ion-beam-enhanced deposition. Sugiyama K,Hayashi K and Sasaki J. Surface and Coatings Technology . 1994
[7]
A simple model for the formation of compressive stress in thin films by ion bombardment. Avis C A. Thin Solid films . 1993
[8]
The Stopping and Range of Ions in Solids. Ziegler J F,Biersack J B and Littmark U. . 1985
[9]
Modification of mechanical and chemical properties of thin films by ion bombardment. Wolf G K. Surface and Coatings Technology . 1990
[10]
The dependence of hardness and corrosion protection power of ion-beam-assisted deposition TiN coating on the ion beam impact angle. Hubler R,Alberts L and Wolf G K. Surface and Coatings Technology . 1993