spin-lattice coupling

The different phenomena shown by the two systems come from different coupling function between Gd and Co, Mn and from spin state transition of Co.

两种体系呈现的不同现象，来源于Gd与Co、Mn不同的耦合作用和Co的自旋态的转变。

Doping can change the spin magnetic moment of materials, then this will definitely have influence on the magnetic coupling strength of material.

掺杂会改变材料的自旋磁矩，那么必定会对材料的磁电耦合强度有影响。

Moreover, the influences of the non-nearest neighbor hopping interactions and electron-phonon coupling on the distribution of the charge density and spin density are also discussed.

此外，对系统中的电荷密度和自旋密度分布受非最近邻电子跳跃相互作用和电-声耦合的影响情况亦进行了讨论。

An Anisotropic Nonlinear Spin Wave Theory Including the Next-nearest-neighbor Coupling

包含次近邻耦合的各向异性非线性自旋波理论

Theoretical calculation of the spin-lattice coupling coefficients for v~ ( 2+) ion in lime

石灰中V~（2+）离子的自旋-晶格耦合系数的理论计算

For the ferromagnetic coupling, however, the spin orientation distribution of the aggregates depends on the interaction range: for the short-range interaction, domains with different sizes are observed in the aggregates, i.e., the aggregates exhibit ferromagnetic structure;

当粒子间以铁磁方式耦合时，凝聚体中粒子的自旋分布与相互作用力程有关：对于短程作用系统，凝聚体中存在大小不同的自旋畴块，即为铁磁生长；

Theoretical studies of the spin-lattice coupling coefficients g_ ( ij) for kmgf_3 ∶ mn~ ( 2+) crystal

KMgF3∶Mn~（2+）晶体自旋晶格-耦合系数的理论研究