@techreport{oai:nifs-repository.repo.nii.ac.jp:00009987,
 author = {"Murakami,  M. and Azechi,  H. and Nagatomo,  H. and Kadono,  T. and Shigemori,  K. and Hironaka,  Y. and Watari,  T. and Takeda,  K. and Norimatsu,  T. and Shiraga,  H. and Mima,  K. and Obenschain,  S. and Karasik,  M. and Bates,  J. and Colombant,  D. and Aglitskiy,  Y. and Velikovich,  A. and Schmitt,  A. and Sethian,  J."},
 month = {Oct},
 note = {"First integrated experiments for impact ignition have been performed, in which a fraction of separately accelerated deuterated polystyrene (CD) shell (the impactor) at around 600 km s^-1 was collided with another fraction of pre-compressed CD fuel. The kinetic energies of the impactor were observed to be converted  into thermal energy corresponding to temperatures of about 1.6 keV. We have observed as a result an increase of two orders of magnitude in neutron yield at the right timing of the impact collision, demonstrating the high potential of impact ignition for fusion energy production."},
 title = {Quest for Impact Fast Ignition},
 year = {2008}
}