8 citations · 33 across the 12 of their papers we have counts for
12 papers
Empirical predictions of yrast energies in even-even nuclei
Guanhao Jin, Dooyoung Kim, Byeongnoh Kim +2
The lowest excitation energies of the given multipole J^pi state (the J^pi yrast energies) are given for even-even nuclei throughout the entire periodic table. The yrast energies w…
Empirical formula extended to the yrast excitation energies of the unnatural parity states in even-even nuclei
Dooyoung Kim, Jin-Hee Yoon, Dongwoo Cha
Recently, it was shown that a simple empirical formula, in terms of the mass and valence nucleon numbers, can describe the main trends of the yrast excitation energies of the natur…
scheme and the valence proton-neutron interaction
Youngshin Byun, Guanghao Jin, Jin-Hee Yoon +1
We examine the common belief that the scheme is manifested as a direct consequence of the valence proton-neutron interaction which has proven to be a dominant factor in de…
Spin-dependent empirical formula for the lowest excitation energies of the natural parity states in even-even nuclei
Guanghao Jin, Dongwoo Cha, Jin-Hee Yoon
We present an empirical expression which holds for the lowest excitation energy of the natural parity states in even-even nuclei throughout the entire periodic table. This formula…
Empirical formula applied to the lowest excitation energies of the natural parity odd multipole states in even-even nuclei
Guanghao Jin, Jin-Hee Yoon, Dongwoo Cha
We applied our recently proposed empirical formula, a formula quite successful in describing essential trends of the lowest excitation energies of the natural parity even multipole…
Why does the recently proposed simple empirical formula for the lowest excitation energies work so well?
Guanghao Jin, Dongwoo Cha, Jin-Hee Yoon
It has recently been shown that a simple empirical formula, in terms of the mass number and the valence nucleon numbers, is able to describe the main trends of the lowest excitatio…