Art
J-GLOBAL ID:201602200516842624   Reference number:16A0004033

Development of Ultrasound-Guided Resonant Cavity Applicator System - Non-invasive Measurement of Temperature Distributions -

超音波ガイド機能を有する空胴共振器加温システムの開発 - 超音波画像診断装置を用いた非侵襲温度計測 -
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Material:
Volume: 31  Issue:Page: 13-26 (J-STAGE)  Publication year: 2015 
JST Material Number: L0930A  ISSN: 1882-2576  Document type: Article
Article type: 原著論文  Country of issue: Japan (JPN)  Language: JAPANESE (JA)
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Medical instruments and apparatuses 
Reference (22):
  • 1) Matsuda J., Kato K., Saitoh Y. : The application of a re-entrant type resonant cavity application to deep and concentrated hyperthermia. Jpn Hyperthermia Oncol, 4 : 111-118, 1988. (Japanese)
  • 2) Kato K., Yabuhara T., Wadamori N., Matsuda J. : Design and construction of resonant cavity applicator for deep tumor hyperthermia treatment without contact : Part 1 : Analysis of temperature distribution by computer simulations. J Jpn Soc Des Eng, 39 : 37-43, 2004. (Japanese)
  • 3) Kato K., Wadamori N., Matsuda J., Takahashi H., Uzuka T., Tanaka R. : Design and construction of resonant cavity applicator for deep tumor hyperthermia treatment without contact : Part 2 : Experimental heating results of agar phantom using developed heating system. J Jpn Soc Des Eng, 39 : 44-49, 2004. (Japanese)
  • 4) Kato K., Wadamori N., Matsuda J., Takahashi H., Uzuka T., Tanaka R. : Design and construction of resonant cavity applicator for deep tumor hyperthermia treatment without contact : Part 3 : Experimental heating results of human shape agar phantom and animal using developed heating system. J Jpn Soc Des Eng, 39 : 49-53, 2004. (Japanese)
  • 5) Yabuhara T., Shindo Y., Kato K., Takahashi H., Uzuka T., Fujii Y. : Heating properties of a resonant cavity applicator for brain tumor hyperthermia : TM-like modes permit heat production without physical contact. Thermal Med, 24 : 141-152, 2008.
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