LI Xin-ling,ZHOU Zhi-nan,SUN Wei-lian,SUN Bo,WANG Hui-qiang,AN Guang.Effect of Nitrogen Flow on the Chromaticity Properties of ZrN / Zr Thin Films[J],42(3):13-15,41
Effect of Nitrogen Flow on the Chromaticity Properties of ZrN / Zr Thin Films
Received:December 26, 2012  Revised:January 14, 2013
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KeyWord:nitrogen flow  ZrN / Zr thin films  chromaticity  deposition rate  mid-frequency twin-targets
                 
AuthorInstitution
LI Xin-ling Mechanical & Electronic Engineering College, Agriculture University of Hebei, Baoding , China;Light Metal of Alloy Material Engineering Centre in Hebei Province, Baoding , China
ZHOU Zhi-nan Modern Education and Technology Centre, Agriculture University of Hebei, Baoding , China
SUN Wei-lian Mechanical & Electronic Engineering College, Agriculture University of Hebei, Baoding , China;Light Metal of Alloy Material Engineering Centre in Hebei Province, Baoding , China
SUN Bo Mechanical & Electronic Engineering College, Agriculture University of Hebei, Baoding , China
WANG Hui-qiang Mechanical & Electronic Engineering College, Agriculture University of Hebei, Baoding , China;Light Metal of Alloy Material Engineering Centre in Hebei Province, Baoding , China
AN Guang Mechanical & Electronic Engineering College, Agriculture University of Hebei, Baoding , China
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Abstract:
      The ZrN / Zr films were deposited on stainless steel and aluminum substrates by mid-frequency twin-targets magnetron sputtering technology. The thickness, chromaticity, and surface morphology of ZrN / Zr films were characterized. And the influences of nitrogen flow on deposition rate and chromaticity of ZrN / Zr films were studied. The results show that the deposition rate decreases first with the increase of nitrogen flow, then increases. Nitrogen flow between 2 . 5 X 10-10and 3 . 5 X 10-10m3/ s, the influence of nitrogen flow on deposition rate is very small . With the increase of nitrogen flow, the color of the film changes regularly. In the range of 2 . 5 X10-10~ 3 . 5 X10-10m3/ s, the gold ZrN films are bright and density.
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