Long-Jun Wang

collaborators

3 papers

nucl-th2024

Calculations of bound-state $β^{-}$ -decay half-lives of highly ionized $^{163}$ Dy $^{66 +}$ , $^{187}$ Re $^{75 +}$ and $^{205}$ Tl $^{81 +}$

Yang Xiao, Long-Jun Wang

We propose a theoretical method to calculate the bound-state $β$ -decay half-lives of highly-ionized atoms, which is based on the combination of the Takahashi-Yokoi model and our re…

nucl-th2023

Stellar $β$ -decay rate of $s$ -process branching-point $^{204}$ Tl: forbidden transitions

Yang Xiao, Bin-Lei Wang, Long-Jun Wang

We propose a theoretical method to calculate the stellar $β$ -decay rates of nuclei in stellar environments with high temperature and density, based on the projected shell model, wh…

nucl-th2023

First-forbidden transition of nuclear $β$ decay by projected shell model

Bin-Lei Wang, Long-Jun Wang

The first-forbidden transition of nuclear $β$ decay is expected to play crucial roles in many aspects in nuclear physics, nuclear astrophysics and particle physics such as the stel…

Calculations of bound-state β−-decay half-lives of highly ionized 163Dy66+, 187Re75+ and 205Tl81+

Stellar β-decay rate of s-process branching-point 204Tl: forbidden transitions

First-forbidden transition of nuclear β decay by projected shell model

Calculations of bound-state $β^{-}$ -decay half-lives of highly ionized $^{163}$ Dy $^{66 +}$ , $^{187}$ Re $^{75 +}$ and $^{205}$ Tl $^{81 +}$

Stellar $β$ -decay rate of $s$ -process branching-point $^{204}$ Tl: forbidden transitions

First-forbidden transition of nuclear $β$ decay by projected shell model