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11 results on '"Yoshida, Takaho"'

3. In-Plane Magnetic Field Evaluation with 0.47-nm Resolution by Aberration-Corrected 1.2-MV Holography Electron Microscope

Author

Tanigaki, Toshiaki, primary, Akashi, Tetsuya, additional, Yoshida, Takaho, additional, Harada, Ken, additional, Ishizuka, Kazuo, additional, Ichimura, Masahiko, additional, Murakami, Yasukazu, additional, Mitsuishi, Kazutaka, additional, Tomioka, Yasuhide, additional, Shindo, Daisuke, additional, Yu, Xiuzhen, additional, Tokura, Yoshinori, additional, and Shinada, Hiroyuki, additional

Published
2019
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7. Direct Evidence of the Anisotropic Structure of Vortices Interacting with Columnar Defects in High-Temperature Superconductors through the Analysis of Lorentz Images

Author

Kamimura, Osamu, primary, Kasai, Hiroto, additional, Akashi, Tetsuya, additional, Matsuda, Tsuyoshi, additional, Harada, Ken, additional, Masuko, Jun, additional, Yoshida, Takaho, additional, Osakabe, Nobuyuki, additional, Tonomura, Akira, additional, Beleggia, Marco, additional, Pozzi, Giulio, additional, Shimoyama, Jun-ichi, additional, Kishio, Kohji, additional, Hanaguri, Tetsuo, additional, Kitazawa, Koichi, additional, Sasase, Masato, additional, and Okayasu, Satoru, additional

Published
2002
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11. Development of a 1 MV field-emission transmission electron microscope.

Author

Kawasaki, Takeshi, Matsui, Isao, Yoshida, Takaho, Katsuta, Teiji, Hayashi, Souichirou, Onai, Toshio, Furutsu, Tadao, Myochin, Kenichi, Numata, Mitsuhiro, Mogaki, Hiroaki, Gorai, Masahiro, Akashi, Tetsuya, Kamimura, Osamu, Matsuda, Tsuyoshi, Osakabe, Nobuyuki, Tonomura, Akira, and Kitazawa, Kouichi

Abstract

We developed a 1 MV field-emission transmission electron microscope. This paper reports details and specifications of the instrument. The microscope was designed to obtain a bright and coherent electron beam by using the field emission gun equipped with a pre-accelerating magnetic lens and the highvoltage power supply with high stability (0.5 ppm min−1). Using this microscope, the brightness of 1.8×1010 A cm−2 sr−1 and the lattice resolution of 49.8 pm were attained. [ABSTRACT FROM PUBLISHER]

Published
2000
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