Theoretical calculation of the fine structure parameter of the spin-spin interaction in helium 氦原子自旋自旋相互作用精细结构参数的理论计算
When the system is in the Tonks regime, the density profiles show obvious Fermi-like distribution, however, for strong enough spin-spin interaction, apparent deviation of the density distribution from the Fermi-like distribution. 当系统在Tonks区域时,密度分布表现出明显的费米类分布特性。但是,当自旋相互作用足够强时,密度分布不再是费米类的。
A particular prediction of the theory is the existence of the spin-spin interaction. 这一理论一个预言就是spin-spin相互作用的存在。
The present work also investigate the effect of the anisotropic spin-spin interaction on the ground state density distribution. 同时,本文也对各向异性的自旋相互作用对基态密度分布的影响作了研究。
Among these works, there are two categories: one is searching for spin-spin interaction, the other is spin-mass interaction. The latter also offers an exceptional sensitivity to test the Lorentz and CPT violation. 这些工作可以分成两类:一类是探测自旋与自旋之间的相互作用,另一类是探测自旋与质量之间的相互作用,后者同时也用来检验Lorentz与CPT破缺。
We can study the fine spin-orbit and hyperfine spin-spin interaction by the single-gluon exchange potential in the QCD-inspired linear confinement potential plus one-gluon exchange potential model. 在OCD衍生的势模型即线性囚禁势加单胶子交换势模型中,精细自旋-轨道相互作用和超精细自旋自旋相互作用可通过单胶子交换势来研究。
The spin-dependent variable hopping model has been proposed by taking into account the electron-electron Coulomb interaction, the spin-spin exchange interaction and hard gap energy in the same frame, which can well described the observed magnetic transport properties in both Co-ZnO and Fe-ZnO magnetic semiconductor systems. 在Efros变程跃迁导电模型基础上,我们建立了考虑库仑相互作用、载流子之间自旋-自旋交换作用和硬带能的统一模型,成功地解释了ZnO基磁性半导体中观察到的电子输运现象。