1.The results show that the stability of the high-spin ferromagnetic ground state of the system will be weakened by the nearest neighbour Coulomb repulsion while the electron-phone coupling is beneficial for the stability, and the competition will arise between the nearest neighbour Coulomb repulsion and the third-nearest neighbour hopping interaction.
结果表明,最近邻格点间电子Coulomb排斥相互作用的加强将削弱系统高自旋铁磁性基态的稳定性; 电子-声子耦合相互作用与最近邻格点间电子Coulomb排斥相互作用对稳定系统的高自旋铁磁性基态起着不同的作用;
2.With3-D finite element analysis,accordin g to the equations among current-magnetic field-repulsion force,the contact bri dge model is introduced to simulate the current distribution between contacts,so the repulsion force can be calculated.
基于电流-磁场-电动斥力之间关系的方程,应用三维有限元分析,引入圆柱导电桥模型作为接触点模拟触头间的电流收缩,从而计算出作用在触头上的电动斥力。
3.I have a repulsion for snakes.=Snakes have a repulsion for me.
我很讨厌蛇。
4.Rapid calculation of the electron repulsion integral (ERI) over S-and P-type gaussian functions by using the explicit formulas
利用直接表达式快速计算SP型GTO电子排斥积分
5.Because of the van der Waals repulsion between two substituents existed in chiral 1,2-disubstitited ferrocene, the elevation angle of partial helix in the molecular structure is changed.
由于手性1,2-二取代二茂铁的两个取代基之间的范德华斥力，致使其分子结构中包含的部分螺旋改变了仰角，而这种改变使有关螺旋的旋光度代数和不为零，因而导致旋光性。
6.Law of universal repulsion
万有斥力定律
7.The numerical results of the Kondo temperature and the ground state persistent current of the system are also given under the condition that the Coulomb repulsion is infinite.
并且将它们与一级微扰变分近似所得结果进行了对比 ,指出了它们之间存在的差异 ,对于这一系统二级微扰变分近似将给出更好的数值计算结果 .
8.Considering the inter-site electron-electron Coulomb repulsion and non-nearest neighbor hopping interactions, we investigate the distribution of charge density and spin density in an interchain coupled quasi-one-dimensional organic ferromagnet.
考虑格点间的电子—电子Coulomb排斥及非最近邻电子跳跃相互作用 ,对具有链间耦合的准一维有机铁磁体系统的电荷密度和自旋密度的分布进行了研究。
9.When the strengths of various couplings are changed, there will exist a critical point of the inter-site electron-electron Coulomb repulsion, and at this point, the system will experience a transformation from strong SDW state to strong SDW one.
在改变系统内有关耦合参数的情况下 ,均存在一个最近邻格点间的电子 -电子 Coulomb排斥相互作用的临界值 ,在该临界值处 ,系统将发生由强SDW态向强 CDW态的转变
10.He looked with repulsion at the dead body.
他厌恶地看着死尸。
