1) crystal-fields and spin Hamiltonians
晶体场和自旋哈密顿
2) spin Hamiltonian
自旋哈密顿
1.
On the basis of the perturbation formulae of the g-factors (fourth-order) and the hyperfine structure constants (third-order) for a 3d~9 ion in tetragonal symmetry (elongated octahedra), the spin Hamiltonian parameters for the Cu~(2+)-doped LaSrAlO_4 crystal are theoretically investigated.
根据晶体场理论,利用3d~9离子在四角对称(伸长八面体)中自旋哈密顿参量g因子的四阶微扰公式以及超精细结构常数A因子的三阶微扰公式,对掺Cu~(2+)的LaSrAlO_4晶体的自旋哈密顿参量作出了理论分析。
3) spin-Hamiltonian parameters
自旋哈密顿参量
1.
Investigations of lattice distortion and spin-Hamiltonian parameters for V~(3+)in Al_2O_3 crystal;
Al_2O_3:V~(3+)晶体局域结构及其自旋哈密顿参量研究
2.
Microscopic origins of the spin-Hamiltonian parameters for 3d~2 state ions in a crystal;
晶体材料中3d~2态离子自旋哈密顿参量的微观起源
3.
Investigations of magnetic interactions and spin-Hamiltonian parameters for ~4B_1(3d~3) state ion in a tetragonal crystal field;
四角对称晶场中~4B_1(3d~3)态离子的磁相互作用及其自旋哈密顿参量研究
5) spin hamiltonian
自旋哈密顿函数
6) Theory of spin Hamiltonian parameters
自旋哈密顿参量理论
补充资料：顿自
1.犹全然。
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