@article{oai:nifs-repository.repo.nii.ac.jp:00000337,
 author = {OZAKI,  Tetsuo and SHIRAGA,  Hiroyuki and ARIKAWA,  Yasunobu and FUJIOKA,  Shinsuke and SAKAGAMI,  Hitoshi and ZHANG,  Zhe and SUNAHARA,  Atsushi and NAGATOMO,  Hideo and JOHZAKI,  Tomoyuki and NAMIMOTO,  Takuya and TAGA,  Masaki and KOJIMA,  Sadaoki and ABE,  Yuuki and ISHIHARA,  Kazuhiro and NAGAI,  Takahiro and SAKATA,  Shohei and HATTORI,  Shoji and SAKAWA,  Yohichi and NISHIMURA,  Hiroaki and AZECHI,  Hiroshi and FIREX, GROUP},
 issue = {S1},
 journal = {Plasma and Fusion Research},
 month = {Sep},
 note = {The traditional fast ignition scheme is that a compressed core created by an imploding laser is auxiliary heated and ignited by the hot electrons (produced by a short pulse laser guided through the cone). Here, the most suitable target design for fast ignition can be searched for by comparison of the spectra between varied targets using an electron spectrometer.},
 title = {Hot Electron Spectra in Plain, Cone and Integrated Targets for FIREX-I using Electron Spectrometer},
 volume = {Vol.8},
 year = {2013}
}