Shinya Matsutomo

Hiromichi Aono2
Tsunehiro Maehara2
Hideyuki Hirazawa2
2Hiromichi Aono
2Tsunehiro Maehara
2Hideyuki Hirazawa
2Takashi Naohara
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To develop a novel ablation therapy for human solid cancer, the heating properties of a ferromagnetic carbon steel rod and a prototype Ti-coated needle using this carbon steel rod, were investigated in several high-frequency outputs at 300 kHz. In the former, the heating property was drastically different among the three inclination angles (θ = 0°, 45° and(More)
For the purpose of developing a novel ablation therapy for oral cancer, the heat generation and transfer properties of a Ti-coated carbon steel rod with 20-mm length and 1.8-mm outer diameter were investigated by means of a high-frequency induction technique at 300 kHz. The heat generation measurement performed using water (15 mL) revealed that the(More)
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