@article{oai:nifs-repository.repo.nii.ac.jp:00000345,
 author = {WATANABE,  Tsuguhiro and MATSUMOTO,  Yutaka and HISHIKI,  Masahito and HISHIKI,  Masahito and OIKAWA,  Shun-ichi and OIKAWA,  Shun-ichi and HOJO,  Hitoshi and WATANABE,  Tsuguhiro},
 journal = {Journal of Plasma and Fusion Research SERIES, Journal of Plasma and Fusion Research SERIES},
 month = {Jan},
 note = {Proton-Boron fusion reactor (p-^11B reactor) might be able to be achieved by the combination of the LHD type magnetic field configuration and the ion cyclotron range of frequency (ICRF) heating scheme of protons. The LHD magnetic field has the excellent ability for the high energy particle confinements. This characteristic is studied by numerical computations of high energetic particles in the LHD magnetic field where the strong ICRF field is applied. It is shown by the Langevin equation analysis that the steady state distribution function of ICRF heated proton becomes to the quasilinear plateau distribution function (QPDF). The fusion reaction rate of p-11B is calculated for QPDF protons and studied the ignition condition. It is found that the ignition condition becomes possible to be satisfied if effective temperature of proton is of the order of 300 keV and nτ >~ 10^22 s/m3.},
 title = {Ignition Condition for p- 11B Reactor with LHD type Magnetic Field Configuration},
 volume = {Vol.6},
 year = {2004}
}