1) Woods-Saxon optical potential
Woods-Saxon光学势
2) Woods-Saxon potential
Woods-Saxon势
1.
The pseudospin symmetry is systematically investigated by solving the Dirac equation with an (scalar and vector) Woods-Saxon potential.
通过求解具有Woods-Saxon径向标量势与矢量势的Dirac方程,分别分析了原子核中赝自旋双重态能级劈裂和波函数下分量劈裂随着Woods-Saxon势参数的变化关系,其中Wood-Saxon势中的参数α以及R对于赝自旋能级劈裂和波函数劈裂的影响最大,而势阱深度V0只产生微小的影响。
2.
The shape coexistence in 187Tl is investigated with TRS method and the single-particle energies are obtained from deformed Woods-Saxon potential with the Lipkin-Nogami treatment of pairing.
采用基于形变Woods-Saxon势下的推转壳模型理论和处理对力的Lipkin-Nogami(LN)方法,研究了187Tl的形状共存问题。
3) Woods-Saxon Strutinsky method
Woods-Saxon Strutinsky方法
4) Wood-Saxon potential
Wood-Saxon势
1.
Bound states for Dirac equation with Wood-Saxon potential;
具有Wood-Saxon势的Dirac方程的束缚态
5) Optical potential
光学势
1.
The dispersion relation is included into the optical potential.
在光学势中引入色散关系,相比于通常的耦合道光学模型,极大地减少了光学势参数的个数。
2.
The differential cross sections and the spin observables of p- ~ 12 C elastic scattering in the whole intermediate energy region are calculated using the KMT multiple scattering theory with microscopic momentum space optical potential which incorporates the spin dependence of the NN and p- ~ 12 C interactions.
在KMT理论框架下,应用微观的动量空间一级光学势,包括了库仑修正,自旋关联,NN振幅反对称,离壳效应,核子反冲和结合能转换,Lorentz不变的角变换。
3.
From the framework of the multiple scattering theory, we obtain the antiproton-nucleus optical potential that can best describe the experimental elastic scattering data.
从多次散射的理论框架，获得反质子的光学势，这一光学势能很好地描述从轻核至重核在整个能区的弹性散射实验。
6) deep optical
深光学势
1.
The results show that the double-alpha transfer effect for a deep optical potential is responsible for the above difference in the elastic scattering excitation functions between these two systems.
基于核分子轨道理论分析了２０Ｎｅ＋１２Ｃ系统所展示的基本特征，并且再现了该系统弹性散射激发函数和角分布，研究结果表明，使用一个深光学势的双α转移效应，是产生这两个系统弹性散射激发函数之间差别的重要原因。
补充资料：村村势势
1.犹言土头土脑。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条