MENG Yong-hong, JIN Gang . Technique of image grabbing and processing in ellipsometric imaging system[J]. Editorial Office of Optics and Precision Engineering, 2000,(4): 316-320
MENG Yong-hong, JIN Gang . Technique of image grabbing and processing in ellipsometric imaging system[J]. Editorial Office of Optics and Precision Engineering, 2000,(4): 316-320DOI:
is a kind of technique for visualizing the superthin layer distribution and surface structure. It not only supplies a new tool for studying molecule biology
but also has promising applications in disease diagnosis and examination of micro electronic elements and nano-materials. In order to improve the quality of images
Expanding Pixel Bit-depth and Fast Grabbing and Time Averaging
as well as Averaging Over Pixels are proposed. Above methods have been proved effective in the system with some experiment results. These methods may be used in some similar imaging systems.
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references
Cohn R F, Wagner J W. Dynamic imaging microellipsometry[P] . United States Patents:No.5076696,1991.12-31.
Jin Gang, Janssen Roger, Arwin Hans. Imaging ellipsometry revisited: Developments for visualization of thin transparent layers on allicon substrates[J] . Rev. Sci. Instrum.1996,67(8):2930-2936.
Jin Gang, Wang Zhan Hui, Meng Yong-Hong, Zhao Zi-Yan. Imaging ellipsometry for the visualization of biomolecular layers[J] .Proc. IEEE, 1998,20(2):581-584.
Jin Gang, Meng Yong-hong, Xing Jian-hua, Zhao Zi-Yan. Visualization of molecule interaction between antigen and antibody--one of ellipsometric imaging application[J] . Proc. SPIE, 1998,3548:131-135.
Zhao Zi-yan, Jin Gang, Wang Zhan-hui. Detection of somatropin and corticosterone with imaging ellipsometry [J] .Proc. IEEE, 1998,20(2):590-593.