The nuclear drip line corresponds to zero binding for protons and neutrons,defining the boundary of nuclide landscape.Beyond the drip lines,nuclei become unbound,in respect to nucleon emission.Nuclei located closest t...The nuclear drip line corresponds to zero binding for protons and neutrons,defining the boundary of nuclide landscape.Beyond the drip lines,nuclei become unbound,in respect to nucleon emission.Nuclei located closest to the drip line,which are commonly referred to as drip line nuclei,may exhibit phenomena untypical for tightly bound nuclei in the valley of stability.展开更多
基金the National Key Research and Development Program of China(2018YFA0404403 and 2022YFA1602302)the National Natural Science Foundation of China(11875074,11875073,12235020,12027809,11961141003,U1967201,U2167204,11775004,and 11775003)+2 种基金the Continuous Basic Scientific Research Project(WDJC-2019–13)the State Key Laboratory of Nuclear Physics and Technology,Peking University(NPT2020KFY10)the Leading Innovation Project(LC192209000701 and LC202309000201)。
基金supported by the National Key R&D Program of China(2022YFA1602302 and 2018YFA0404404)the National Natural Science Foundation of China(U2167204,12175314,12235020,U1732145,11705285,U1867212,11805280,and 11961131012)+2 种基金the Continuous Basic Scientific Research Project(WDJC-2019-13)the Leading Innovation Project(LC192209000701 and LC202309000201)the Basic Scientific Research Program(JCKY2020201C002)。
文摘The nuclear drip line corresponds to zero binding for protons and neutrons,defining the boundary of nuclide landscape.Beyond the drip lines,nuclei become unbound,in respect to nucleon emission.Nuclei located closest to the drip line,which are commonly referred to as drip line nuclei,may exhibit phenomena untypical for tightly bound nuclei in the valley of stability.
