摘要
Identification of new isotopes below argon completed by Artukh et al and the synthesis of new heavy neutron-rich nuclides at the GSI demonstrated that the multi-nucleon transfer reactions are a very suitable tool for the production of new neutron-rich nuclides. The results of the synthesis and identification for new heavy neutron-rich isotopes 208-209Hg, 239pa, 186Hf and 238Th at IMp show also multi-nucleon transfer
Identification of new isotopes below argon completed by Artukh et al[1] and the synthesis of new heavy neutron-rich nuclides at the GSI[2] demonstrated that the multi-nucleon transfer reactions are a very suitable tool for the production of new neutron-rich nuclides. The results of the synthesis and identification for new heavy neutron-rich isotopes 208,209Hg, 239pa, 186Hf and 238Th[3] at IMP show also multi-nucleon transfer reactions taking place between heavy targets and the intermediate energy heavy ions are indeed a new route for producing heavy neutron-rich nuclei far from stability.
