粒子共振态

~（208）Pb中单粒子共振态的赝自旋对称性

Pseudospin symmetry of the single-particle resonant states in ~ ( 208 ) Pb

最后系统地研究了Pb和Ni这两条同位素链的共振态性质，发现两条同位素链的单粒子共振态能量都随原子核质量数的增加而减小。

We have investigated in details the properties of the or Pb and Ni isotopes , and found that the energies and widths of the resonant states decrease with the increasing of the nuclear mass number for the two chains .

在这些工作的基础上，我们将ACCC方法和RMF理论相结合（RMF-ACCC方法），研究了原子核的单粒子共振态能量、宽度。

On these basic , we explore the single-particle resonant states by the analytic continuation in the coupling constant ( ACCC ) method within the framework of the relativistic mean field ( RMF ) theory .

基于Schr¨odinger方程，利用耦合常数解析延拓方法研究了球对称的方势阱、WoodsSaxon势和谐振子势中的单粒子共振态的能量与宽度。

Based on Schrdinger equation , the method of analytical continuation in the coupling constant ( ACCC ) is employed to investigate the energy and width of single-particle resonance in spherically symmetric square well , harmonic oscillator potential and Woods-Saxon potential .

单粒子共振态的研究

Study of Single - particle Resonant States

原子核的单粒子共振态

Single-particle Resonant States in Spherical Nuclei

新超短寿命粒子叫做共振态粒子

New supershortlived particles are called resonances .