Finite Element Analysis and Experimental Study on Mechanism of Brain Injury Using Brain Model. - Ryo Ishikawa; Kazuo Kato; Mitsunori Kubo; Takeo Uzuka; Hideaki Takahashi (EMBC, 2006)

Experimental heating properties of re-entrant type resonant cavity applicator for deep tumor hyperthermia. - Akinobu Nakano; Kazuo Kato; K. Tsuchiya; K. Nakazawa; T. Yabuhara; Takeo Uzuka; Hideaki Takahashi (EMBC, 2006)

Design and Construction of Resonant Cavity Applicator for Brain Tumor Hyperthermia Treatment without Contact. - Yoshihiko Takahashi; Kazuo Kato; K. Tsuchiya; T. Yabuhara; Takeo Uzuka; Hideaki Takahashi (EMBC, 2006)

Development of the re-entrant type resonant cavity applicator for brain tumor hyperthermia - Experimental heating results. - Tadao Yabuhara; Kazuo Kato; Kazuo Tsuchiya; T. Shigihara; Takeo Uzuka; Hideaki Takahashi (EMBC, 2006)

A new heating method with dielectric bolus using resonant cavity applicator for brain tumors. - Yuya Iseki; Kazuo Kato; K. Nakane; Yasuhiro Shindo; Kazuo Tsuchiya; Mitsunori Kubo; Hideaki Takahashi; Takeo Uzuka; Y. Fujii (EMBC, 2011)

Heating properties of a new hyperthermia system for deep tumors without contact. - K. Yokoyama; Kazuo Kato; W. Igarashi; Yasuhiro Shindo; Mitsunori Kubo; Hideaki Takahashi; Takeo Uzuka; Y. Fujii (EMBC, 2011)

SAR analysis of the improved resonant cavity applicator with electrical shield and water bolus for deep tumors by a 3-D FEM. - Yasuhiro Shindo; Yuya Iseki; Kouhei Yokoyama; Jiro Arakawa; Kazuki Watanabe 002; Kazuo Kato; Mitsunori Kubo; Takeo Uzuka; Hideaki Takahashi (EMBC, 2012)

Heating analysis of resonant cavity applicator with blood perfusion. - Liro Arakawa; Junichi Nagasawa; Yasuhiro Shindo; Kazuo Kato; Mitsunori Kubo; Takeo Uzuka; Hideaki Takahashi (ISMICT, 2013)

SAR analysis of resonant cavity applicator using dielectric bolus with anatomical human model by finite element method. - Yuya Iseki; Jiro Arakawa; Kazuki Watanabe 002; Kazuo Kato; Yasuhiro Shindo; Mitsunori Kubo; Hideaki Takahashi; Takeo Uzuka (ISMICT, 2013)