ELECTROSTATIC POTENTIAL DISTRIBUTION IN MICROSCOPIC REGIONS BY ELECTRON HOLOGRAPY
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Abstract
The electron hologram of a static microfield is obtained in JEM-200CX type electron microscope, using as Möllenstedt electron static biprism as beam splitter. Recontruction of this hologram by a M-Z interferometer gives the equal potential lines of the microfield.
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MA Jian, FU Shufen, CHEN Jianwen, WANG Zhijiang, CAO Hanqing. ELECTROSTATIC POTENTIAL DISTRIBUTION IN MICROSCOPIC REGIONS BY ELECTRON HOLOGRAPY[J]. Chin. Phys. Lett., 1988, 5(11): 497-500.
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MA Jian, FU Shufen, CHEN Jianwen, WANG Zhijiang, CAO Hanqing. ELECTROSTATIC POTENTIAL DISTRIBUTION IN MICROSCOPIC REGIONS BY ELECTRON HOLOGRAPY[J]. Chin. Phys. Lett., 1988, 5(11): 497-500.
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MA Jian, FU Shufen, CHEN Jianwen, WANG Zhijiang, CAO Hanqing. ELECTROSTATIC POTENTIAL DISTRIBUTION IN MICROSCOPIC REGIONS BY ELECTRON HOLOGRAPY[J]. Chin. Phys. Lett., 1988, 5(11): 497-500.
|
MA Jian, FU Shufen, CHEN Jianwen, WANG Zhijiang, CAO Hanqing. ELECTROSTATIC POTENTIAL DISTRIBUTION IN MICROSCOPIC REGIONS BY ELECTRON HOLOGRAPY[J]. Chin. Phys. Lett., 1988, 5(11): 497-500.
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