1) charge exchange interaction
电荷交换相互作用
2) supercharge-exchange interaction
超荷交换相互作用
3) the charge dependence of N-N interaction
电荷相关互作用
1.
These results show that the mixed QCD×QED interactions have aneffect on the charge dependence of N-N interaction and that the effectis bigger than that of the usual electro-magnetic interaction.
该文用夸克模型和共振群方法计算了QCD和QED交叉项引起的N-N散射长度差别,证明QCD和QED交叉项对电荷相关互作用有影响,而且效应比普通电磁作用强得多。
4) charge interaction
电荷相互作用
5) reciprocal interchange
相互交换作用
1.
According to quantum mechanics,the essence of molecular field is the magnetic order caused by inter-electronic reciprocal interchange of contiguous atoms,so its essence is static electrification.
Weiss"分子场"理论是解释自发磁化的经典理论,却不能说明"分子场"的本质,量子力学研究认为"分子场"的本质是相邻原子中电子间的相互交换作用导致的磁有序,因此,"分子场"的本质是静电作用。
6) exchange interaction
交换相互作用
1.
With an emphasis on the effects of exchange interaction between the inner shell and outer shell electrons, and of being screened differently for those electrons, a variational calculation of the ground-state energy of the lithium-like atom has been performed.
讨论了类锂原子内壳层电子和外壳层电子的交换相互作用和屏蔽效应 ,采用变分法计算类锂原子的基态能量 。
补充资料:超荷
超荷 hypercharge 描述强子内部性质的一种相加性量子数,记为Y。在粒子物理某些场合,粒子的重子数和奇异数以和的形式出现,反映两者之和具有内在的确定意义,因此定义粒子的重子数和奇异数之和为超荷,有时用它来代替奇异数。与奇异数类似,在强作用和电磁作用过程中超荷守恒,在弱作用过程中超荷可以不守恒,ΔY=0,±1。强子的超荷通过盖耳曼-西岛关系同它的电荷Q及同位旋第三分量I相联系,Q=I3+Y/2。盖耳曼-西岛关系在强子分类中曾起重要作用。 |
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