Nature of the α-12C potential at low energy using an inverse scattering method
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Energy levels of light nuclei A = 12
2017, Nuclear Physics ACitation Excerpt :Angular distributions of the elastic and inelastically scattered pions have been measured at many energies: see Table 12.27. See theoretical analysis in [1990BE53,1990ER06,1990FR02,1990LI10,1990MI08,1990TA13,1991AL01,1991AR12,1991OS01,1991TA01,1992BI06,1993CH04,1993CH16,1993CH25,1993MO27,1993NI02,1993PE09,1994CH30,1995AR02,1995BA92,1995KA49,1996BI12,1996CH16,1996EB02,1997SC09,1998AH06,1998CH42,1998NU02,1998PE09,1998RO15,1999HO13,1999TA33,2000EB05,2000KH17,2002NO13,2004SA28,2005EB03,2005HA26,2006AH02,2006KA47,2009FA02,2010IO02,2011EB03,2013EB02,2013KH17]. Angular distributions and differential cross sections of elastically and inelastically scattered neutrons have been measured at many energies up to 350 MeV [see Table 12.28].
Fusion and direct reactions of halo nuclei at energies around the Coulomb barrier
2007, Progress in Particle and Nuclear PhysicsEnergy levels of light nuclei A = 16-17
1993, Nuclear Physics, Section AThe reliability of a finite-difference method for the solution of the inverse scattering problem
1991, Nuclear Physics, Section AAn inverse scattering method for identical particles
1991, Nuclear Physics, Section AS-Matrix to potential inversion of low-energy α<sup>-12</sup>C phase shifts
1990, Nuclear Physics, Section A
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