Magnetism diagrams for transition metal ions
Magnetism diagrams for transition metal ions
复制标题
过渡金属离子的磁性图
DOI：
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发表时间：
1979
期刊：
影响因子：
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通讯作者：
S. Kremer
中科院分区：
文献类型：
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作者：
E. König;S. Kremer
I.-1.导论.-2.常规磁图及其局限性。技术现状。-3。点群的张量算子代数。-3.1。张量算子和维格纳-埃卡尔定理。-3.2。3-？和6-？符号。-3.3。SO(3)的子群中的张量算子。张量算子的Kronecker和标量积。-3.5。配位场的张量算符。-4。弱场方法。-4.1。哈密顿、态和波函数。-4.2。各种系数。-4.3。矩阵元素。-4.4。磁化率的计算-5.中间场法。-5.1。哈密顿量、态和波函数。-5.2。各种系数。-5.3。矩阵元素。-6。程序说明。-6.1。总纲。-6.2。矩阵元素的计算-6.3。能量矩阵的对角化。-6.4。磁化率的计算.-7.图表说明及其应用.-附录投影算符。-参考。-II图表。-平均有效磁矩与温度和dq的函数，K=1.0。-1D电子，八面体和四面体对称。-1D电子，四方对称。-1D电子，三角对称。-1D电子，柱对称。-2D电子，八面体和四面体对称。-2D电子，四方对称。-2D电子，柱面对称。-3D电子，柱面电子，八面体和四面体对称。-3D电子，四面体对称。-3D电子，三角对称。-3D电子，柱面对称。-3D电子，柱面对称四方对称。-4d电子三角对称。-4d电子，柱对称。-5d电子，八面体和四面体对称。-5d电子，四方对称。-5d电子，四方对称。-5d电子，柱对称。-6d电子，八面体和四面体对称。-6d电子，四方对称。-6d电子，柱面对称。-6d电子，柱面对称。-7d电子，四面体电子。-7d电子，三角对称。-7d电子，三角对称。-8d电子，柱面电子，-8d电子。三角对称。-8d电子，柱面对称。-9d电子，八面体和四面体对称。-9d电子，四方对称。-9d电子，三角对称。-9d电子，柱面对称。-平均有效磁矩与温度和dq的函数，K=0.75，0.50.-1d电子，四方，三角和柱面对称。-2d电子，四方，三角和柱面对称。-3d电子，四方，三角和柱面对称。-4d电子，T四方，三角和柱面对称。-5d电子，四方，三角和柱面对称。-6d电子，四方，三角和柱面对称和柱面对称。-7d电子，四方，三角和柱面对称。-8d电子，四角，三角和柱面对称。-9d电子，四角，三角和柱面对称。-9d电子，四角，三角和柱面对称。-1d电子，四角，三角和柱面对称。-2d电子，四角，三角和柱面对称。-3d电子，四角，三角和柱面对称。-4d电子，四角，三角和柱面对称。-5d电子，四角，三角和柱面对称。-6d电子，四角，三角和柱面对称。-7d电子，四角，三角和柱面对称。-7d电子，四角，三角和柱面对称。-7d电子，四角，三角和柱面对称和柱对称。-8d电子，四方，三角和柱对称。-9d电子，四方，三角和柱对称。
I.- 1. Introduction.- 2. Conventional Magnetism Diagrams and Their Limitations. Present State of the Art.- 3. Tensor Operator Algebra for Point Groups.- 3.1. Tensor Operators and the Wigner-Eckart Theorem.- 3.2. 3-? and 6-? Symbols.- 3.3. Tensor Operators in Subgroups of SO(3).- 3.4. Kronecker and Scalar Products of Tensor Operators.- 3.5. Tensor Operators of the Ligand Field.- 4. The Weak-Field Method.- 4.1. The Hamiltonian, States, and Wave Functions.- 4.2. The Various Coefficients.- 4.3. Matrix Elements.- 4.4. Calculation of Magnetic Susceptibility.- 5. The Intermediate-Field Method.- 5.1. The Hamiltonian, States, and Wave Functions.- 5.2. The Various Coefficients.- 5.3. Matrix Elements.- 6. Description of Programs.- 6.1. General Outline.- 6.2. Computation of Matrix Elements.- 6.3. Diagonalization of Energy Matrix.- 6.4. Calculation of Magnetic Susceptibility.- 7. Description of the Diagrams and Their Application.- Appendix. The Projection Operators.- References.- II Diagrams.- Average Effective Magnetic Moment as Function of Temperature and Dq, K =1.0.- 1d Electron, Octahedral and Tetrahedral Symmetry.- 1d Electron, Tetragonal Symmetry.- 1d Electron, Trigonal Symmetry.- 1d Electron, Cylindrical Symmetry.- 2d Electrons, Octahedral and Tetrahedral Symmetry.- 2d Electrons, Tetragonal Symmetry.- 2d Electrons, Trigonal Symmetry.- 2d Electrons, Cylindrical Symmetry.- 3d Electrons, Octahedral and Tetrahedral Symmetry.- 3d Electrons, Tetragonal Symmetry.- 3d Electrons, Trigonal Symmetry.- 3d Electrons, Cylindrical Symmetry.- 4d Electrons, Octahedral and Tetrahedral Symmetry.- 4d Electrons, Tetragonal Symmetry.- 4d Electrons Trigonal Symmetry.- 4d Electrons, Cylindrical Symmetry.- 5d Electrons, Octahedral and Tetrahedral Symmetry.- 5d Electrons, Tetragonal Symmetry.- 5d Electrons, Trigonal Symmetry.- 5d Electrons, Cylindrical Symmetry.- 6d Electrons, Octahedral and Tetrahedral Symmetry.- 6d Electrons, Tetragonal Symmetry.- 6d Electrons, Trigonal Symmetry.- 6d Electrons, Cylindrical Symmetry.- 7d Electrons, Octahedral and Tetrahedral Symmetry.- 7d Electrons, Tetragonal Symmetry.- 7d Electrons, Trigonal Symmetry.- 7d Electrons, Cylindrical Symmetry.- 8d Electrons, Octahedral and Tetrahedral Symmetry.- 8d Electrons, Tetragonal Symmetry.- 8d Electrons, Trigonal Symmetry.- 8d Electrons, Cylindrical Symmetry.- 9d Electrons, Octahedral and Tetrahedral Symmetry.- 9d Electrons, Tetragonal Symmetry.- 9d Electrons, Trigonal Symmetry.- 9d Electrons, Cylindrical Symmetry.- Average Effective Magnetic Moment as Function of Temperature and Dq, K = 0.75, 0.50.- 1d Electron, Tetragonal, Trigonal, and Cylindrical Symmetry.- 2d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 3d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 4d Electrons, T etragonal, Trigonal, and Cylindrical Symmetry.- 5d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 6d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 7d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 8d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 9d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- Principal Effective Magnetic Moments as Function of Temperature and Dq.- 1d Electron, Tetragonal, Trigonal, and Cylindrical Symmetry.- 2d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 3d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 4d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 5d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 6d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 7d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 8d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.- 9d Electrons, Tetragonal, Trigonal, and Cylindrical Symmetry.