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Minehara, Eisuke
Hoshasen To Sentan Iryo Gijutsu, p.135 - 142, 2003/06
Medical applications of Free-Electron Lasers(FELs), especially the FEL driven by a superconducting rf linac, look very promising because of the compactness, high efficiency, high power capability, tunability, ultra-short pulse width and so on. Here, the linac-based FEL is explained briefly and discussed all about the remarkable features and the road maps near future. Finally, some possible and usable applications of the FELs will be introduced and discussed in the relationship with the features above.
Uyama, Chikao*; Takeda, Toru*; Toyofuku, Fukai*; Tokumori, Kenji*; Ando, Masami*; Hyodo, Kazuyuki*; Itai, Yuji*; Shiwaku, Hideaki; Nishimura, Katsuyuki*
Medical Applications of Synchrotron Radiation, p.149 - 157, 1998/00
no abstracts in English
Endo, Akira
no journal, ,
Diagnosis and treatment of diseases using radiations and radiopharmaceuticals are indispensable in medicine. Radiology is supported by fundamental technologies developed in the field of nuclear science and technology, such as radiation transport technique to simulate the behavior of radiations in matter, nuclear decay data for properties of radionuclides, and modeling technique of the human body used for diagnosis and treatment. The present lecture overviews the current status of research and development at JAEA focusing on medical application, and indicates the importance of collaboration between radiology and nuclear science and technology for future innovations in the medical field.