An isotope at a particular region in the chart of nuclides can be produced with a certain type ot nuclear reactions and experimental approaches. The (n, 2p) reaction is one of useful techniques for producing heavy neu...An isotope at a particular region in the chart of nuclides can be produced with a certain type ot nuclear reactions and experimental approaches. The (n, 2p) reaction is one of useful techniques for producing heavy neutron-rich nuclei in region not accessible from fission. In the present experiment, ^197Os was produced by using ^198Pt(n, 2p)^197Os reaction.展开更多
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 ...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展开更多
文摘An isotope at a particular region in the chart of nuclides can be produced with a certain type ot nuclear reactions and experimental approaches. The (n, 2p) reaction is one of useful techniques for producing heavy neutron-rich nuclei in region not accessible from fission. In the present experiment, ^197Os was produced by using ^198Pt(n, 2p)^197Os reaction.
文摘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
