@misc{oai:repo.qst.go.jp:00067733,
 author = {Endo, Kuninori and 遠藤 有聲},
 month = {Mar},
 note = {Pulse dipole and quadrupole magenets are being developed for the compact proton synchrotron dedicated to the medical radiotherapy.The highest proton energy is 200MeV,wich will cover more than 80persent of patients,and the machine itself will be made compact and planned to promote the advanced cancer treatment bu using accelerators.For this purpose the compact dipole magnet generating 3Tat the peak current of 200kA was manufactured and tested by feeding the pulse excitatio current of a half sinusoidal waveform having the rise and fal time almost equivalent to 50Hz.Quadrupole is also designed and will be manufactured in this fiscal year after elaborate dynamical 3D computationaldesign study.Detailed design works will be presented for both magnets and the beam dynamical issues based on the accelerator performance will be discuissed in relation to the estimated field properties., APAC2004},
 title = {High Field Pulse Dipoli and Quadrupole Magnets for Compact Medical Pulse Synchrotron},
 year = {2004}
}