@article{oai:kyutech.repo.nii.ac.jp:00000435,
 author = {Groep, D.L and Batenburg, M.F.van and Bauer, Th.S. and Blok, H. P. and Boersma, D.J and Cisbani, E and Leo, R.De and Frullani, S and Garibaldi, F and Glockle, W and Golak, J and Heimberg, P and Hesselink, W.H.A and Iodice, M and Ireland, D.G and Jans, E and Kamada, Hiroyuki and 鎌田, 裕之 and Lapikas, L and Lolos, G.J and Onderwater, C.J.G and Perrino, R and Scott, A and Starink, R and Steenbakkers, M.F.M and Urciuoli, G.M. and de Vries, H and Weinstein, L.B. and Witala, H},
 issue = {1},
 journal = {Physical Review C},
 month = {Jan},
 note = {Cross sections for the 3He(e,e′pp)n reaction were measured over a wide range of energy and three-momentum transfer. At a momentum transfer q=375 MeV/c, data were taken at transferred energies ω ranging from 170 to 290 MeV. At ω=220 MeV, measurements were performed at three q values (305, 375, and 445 MeV/c). The results are presented as a function of the neutron momentum in the final state, as a function of the energy and momentum transfer, and as a function of the relative momentum of the two-proton system. The data at neutron momenta below 100 MeV/c, obtained for two values of the momentum transfer at ω=220 MeV, are well described by the results of continuum-Faddeev calculations. These calculations indicate that the cross section in this domain is dominated by direct two-proton emission induced by a one-body hadronic current. Cross section distributions determined as a function of the relative momentum of the two protons are fairly well reproduced by continuum-Faddeev calculations based on various realistic nucleon-nucleon potential models. At higher neutron momentum and at higher energy transfer, deviations between data and calculations are observed that may be due to contributions of isobar currents.},
 pages = {014005-1--014005-13},
 title = {Investigation of the exclusive 3He(e,e′pp)n reaction},
 volume = {63},
 year = {2001},
 yomi = {カマダ, ヒロユキ}
}