We extend the complex scaled Green＇s function （CGF） method to describe resonances with triaxial deformation and present a theoretical formalism. Taking 43S as an example, we elaborate numerical details and demonstr...We extend the complex scaled Green＇s function （CGF） method to describe resonances with triaxial deformation and present a theoretical formalism. Taking 43S as an example, we elaborate numerical details and demonstrate how to determine the resonance parameters. With changes in the deformation parameters, we study the influence of the triaxial deformation parameter γ on single-particle levels. In particular, the present scheme focuses on the advantages of the complex scaling method （CSM） and the Green＇s function method, and is suitable for the exploration of resonances.展开更多
基金Supported by the International Science&Technology Cooperation Program of China(2016YFE0129300)the National Natural Science Foundation of China(11575082,11535004,11235001,11761161001,11375086,11120101005)+1 种基金the Doctor Foundation of Anhui Jianzhu University 2017(2017QD18)the Science and Technology Development Fund of Macao(008/2017/AFJ)
文摘We extend the complex scaled Green＇s function （CGF） method to describe resonances with triaxial deformation and present a theoretical formalism. Taking 43S as an example, we elaborate numerical details and demonstrate how to determine the resonance parameters. With changes in the deformation parameters, we study the influence of the triaxial deformation parameter γ on single-particle levels. In particular, the present scheme focuses on the advantages of the complex scaling method （CSM） and the Green＇s function method, and is suitable for the exploration of resonances.
