Megumi Yamaguchi
Hokkaido University
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Publication
Featured researches published by Megumi Yamaguchi.
Radiotherapy and Oncology | 1998
Toshihiro Kitahara; Hiroki Shirato; Takeshi Nishioka; Kenji Kagei; Megumi Yamaguchi; Teruo Furuya; Yoshiharu Watanabe; Naomitsu Takekawa; Kazuo Miyasaka
MATERIALS The new material consists of polystyrene beads coated in a polymerizing substance that when dampened, hardens within 10 min. RESULTS AND CONCLUSIONS It has a density of less than a tenth of that of water and so is light-weight, a CT number of less than -800 and a minimal effect on the build-up of megavoltage photon beams.
Radiotherapy and Oncology | 1998
Toshihiro Kitahara; Hiroki Shirato; Takeshi Nishioka; Kenji Kagei; Megumi Yamaguchi; Teruo Furuya; Yoshiharu Watanabe; Naomitsu Takekawa; Kazuo Miyasaka
International Journal of Radiation Oncology Biology Physics | 1997
Toshihiro Kitahara; Hiroki Shirato; Takeshi Nishioka; Noriaki Nishiyama; Megumi Yamaguchi; Yoshiharu Watanabe; Naomitu Takekawa; Kazuo Miyasaka
Japanese Journal of Radiological Technology | 1995
Katsuhisa Fujita; Teruo Furuya; Yoshiharu Watanabe; Megumi Yamaguchi
Japanese Journal of Radiological Technology | 1995
Yoshiharu Watabane; Katsuhisa Fujita; Megumi Yamaguchi; Masamichi Nishio
Japanese Journal of Radiological Technology | 1994
Teruo Furuya; Katsuhisa Fujita; Yoshiharu Watanabe; Megumi Yamaguchi
Japanese Journal of Radiological Technology | 1994
Yoshiharu Watanabe; Katsuhisa Fujita; Teruo Furuya; Megumi Yamaguchi
Japanese Journal of Radiological Technology | 1993
Yoshiharu Watanabe; Katsuhisa Fujita; Teruo Furuya; Megumi Yamaguchi
Japanese Journal of Radiological Technology | 1991
Yoshiharu Watanabe; Katuhisa Fujita; Teruo Furuya; Noriko Muramatu; Megumi Yamaguchi
Japanese Journal of Radiological Technology | 1990
Yoshiharu Watanabe; Katuhisa Fujita; Teruo Furuya; Megumi Yamaguchi
