摘要
一条理论途径被概括并且采用了计算 themagneto 抵抗力一稀土元素水晶(CeAl2 ) 面对外部地与退化地面水晶地(CF ) 铺平。计算结果证明当一个磁场在 c 方向被使用时，磁电机抵抗力可以被超过 90% 在一样的温度与纯 CF 贡献比较在某些情况中减少，表明磁性的抵抗力上的 CF 层次的退化移动的强壮的效果。
A theoretical approach is generalized and employed to calculate the magneto-resistivity of a rare-earth crystalline （CeAh） with degenerate ground crystal-field （CF） level in the presence of external fields. The calculated results show that when a magnetic field is applied in the c-direction, the magneto-resistivity may be reduced by more than 90% in certain cases in comparison with the pure CF contribution at the same temperature, demonstrating the strong effects of the degeneracy removals of the CF levels on the magnetic resistivity.
