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Volume 29 Issue 1
Sep.  2013
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Analysis of laser measurement for thin-film stress

  • Corresponding author: QIAN Long-sheng, cni863@public.cc.jl.cn
  • Received Date: 2003-12-31
    Accepted Date: 2004-03-01
  • Various measurements of thin-film stress are summarized. The basic theory and measuring principle of laser macro deformation analysis (including laser interference measurement and laser beam deflexion measurement) that utilized substrate curvature measurement are analyzed; the precision of different measurements is evaluated. The precision of laser interference measurement nearly reaches 0.92% and the least stress that could be measured is 15.7MPa. Compared to laser interference measurement,the precision of laser beam deflexion measurement is low,it is about 2.12%,the least stress which could be measured is 25.5MPa,and space resolution is low as well,which is approximate 100μm.
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    [9] 杨银堂,付俊兴,周端.半导体基片上薄膜应力的测试装置[J].仪器仪表学报,1997,18:228~231.

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    PIEÑKOS T,GÃDYSZEWSKI L. Determination of strain and stress in thin films using curvature measurements [J]. Review of Scientific Instruments, 1998,69 (2):460~462.
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Analysis of laser measurement for thin-film stress

    Corresponding author: QIAN Long-sheng, cni863@public.cc.jl.cn
  • 1. Changchun Institute of Optics, Fine Mechanics and Physics, the Chinese Academy of Sciences, Changchun 130022, China

Abstract: Various measurements of thin-film stress are summarized. The basic theory and measuring principle of laser macro deformation analysis (including laser interference measurement and laser beam deflexion measurement) that utilized substrate curvature measurement are analyzed; the precision of different measurements is evaluated. The precision of laser interference measurement nearly reaches 0.92% and the least stress that could be measured is 15.7MPa. Compared to laser interference measurement,the precision of laser beam deflexion measurement is low,it is about 2.12%,the least stress which could be measured is 25.5MPa,and space resolution is low as well,which is approximate 100μm.

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