The 58,62,64Ni(d, p) stripping reactions have been studied up to a high excitation energy at an incident deuteron energy of Ed = 2.9MeV. The spectroscopic factors (2J+1)S for some excited states differ from those measured at an incident deuteron energy above the Coulomb barrier. For high excited states these anomalies can be explained by the wrong assignment of ln in previous investigations. For low-lying levels of the residual nuclei, the proton energy exceeds the Coulomb barrier and the anomalies observed are apparently due to multistep stripping.
Lv Krasnov合作论文数12V. F. Litvin合作论文数12Tv Orlova合作论文数10Ya Nemilov合作论文数9K. A. Gridnev合作论文数Physical Research Institute, Leningrad State University8Zherebts.Ki合作论文数6V.P. Bochin合作论文数6IV STEPANOV合作论文数4Va Komarov合作论文数3Vs Romanov合作论文数3K.I. Zherebtsova合作论文数3I. E. Shevchenko合作论文数3Kk Gudima合作论文数2Nv Rusanova合作论文数2
Veniamin V. Kondratiev合作论文数Department of Electrochemistry, Saint-Petersburg State University;Institute of Chemistry, Saint-Petersburg State University2Ig Yatsyshin合作论文数1Y LUKSTINSH合作论文数1Vp Kondratev合作论文数1VS OPLAVIN合作论文数1Sa Repin合作论文数1SA KHOROZOV合作论文数1YA MURIN合作论文数1AI GOLOKHVASTOV合作论文数1V. K. Bondarev合作论文数1V. I. Sitnov合作论文数1G. L. Vardenga合作论文数1E. O. Okonov合作论文数1
