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Keyword [Ligand Field]
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1. Theoretical Investigations Of The Spin Hamiltonian Parameters Of The Lowest Kramers Doublets For 3d～7(Co～(2+)) And 4f～(11)(Er～(3+)) Ions In Crystals
2. Theoretical Investigations Of The Spin Hamiltonian Parameters For 3d～3 Ions In Crystals From Two-mechanism (Crystal-field And Charge-transfer) Model
3. The Effects Of Applied Electric Fields On The EPR Spectra Of ～6S-state (3d～5) Ions In Crystals With Inversion Symmetry
4. Theoretical Studies Of The Optical And Magnetic Properties Of Cu2+ Ions In D4h Symmetry
5. Octahedral 3d ~ 9-ion Spin Hamiltonian Parameters Of Theoretical Research
6. Corners And Rhombic Octahedral 3d 7 Ion Spin Hamiltonian Parameters Theoretical Research
7. Octahedron Of Rh <sup> + </ Sup> Ion Of The Local Structure And Spin Hamiltonian Parameters
8. Tetrahedron, 5-ion Spin Hamiltonian Parameters Of Theoretical Research
9. The Theoretical Foundation And Current Situation Of The Research On Optical And Magnetic Properties Of 3d Transition-metal Ions
10. Theoretical Studies Of The Spin Hamiltonian Parameters For 3d~8 Ions In Octahedral Crystals
11. Ligand-Field Modulation Of Magnetic Properties Of Single Transition Metal Atoms
12. First-principles Study Of The Magnetic Anisotropy Of Low-Dimensional Organometallic Compounds
13. The Study Of Magnetic Anisotropy In Two-dimensional Organic Frameworks
14. Understanding the interplay between geometry and ultrafast dynamics in ligand field excited states of inorganic chromophores
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