Font Size: a A A
Keyword [crystal field]
Result: 1 - 20 | Page: 1 of 3
1. Crystal-Field Symmetry Method For The Study Of The Spectroscopic And Magnetic Properties Of Rare-Earth Doped Laser 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. Study Of Rare-Earth Luminescent Materials Using First Principle And Parametric Model
4. Exploration On Blue-Excited Phosphor Materials
5. Study On The Critical Properties Of The Random Two-dimensional Ferromagnetic System
6. Study Of The Critical Behaviors And Magnetic Properties In The Random Three-dimensional Ferromagnetic System
7. Crystal Field Analysis Of The Magnetic Properties Of Rare-earth-Fe Compounds And Their Hydrides
8. Theoretical Studies Of The EPR Parameters For 3d～1 Ions In Tetragonal Octahedral Crystals
9. Phase Transition And Magnetic Properties Of Bond Dilution Mixed BCM With Random Crystal Field In The Presence Of Applied Field
10. Study Of The Critical And Magnetic Properties Of Mixed Spin System In The Different Transverse Fields With Single-ion Anisotropy
11. The Critical Behaviors And Magnetic Properties Of Bond And Crystal Field Dilution Blume-Emery-Griffiths Model
12. Theoretical Studies Of ERP Parameters For 3d～1 Ions In Rhombic Tetrahedral And 3d～9 Ions In Rhombic Octahedral Sites
13. Theoretical Studies Of The Spin Hamiltonian Parameters For 3d～1/3d～9 Ions In Rhombic Crystals
14. The Critical Properties And Magnetizations Of Random Transverse Uniaxial And Biaxial Crystal Field Ising Model
15. Effects Of Crystal-field Parameters On Electromagnetically Induced Transparency In A Rare-earth-doped Crystal
16. Hamiltonian Matrices Of 3d2 (V3+) Ions Based On The Molecular-orbital Theory And Their Application In Semimagnetic Semiconductor GaP
17. Hamiltonian Matrices Of 3d~3 Ions Based On The Molecular-orbital Theory And Their Application In Semimagnetic Semiconductor ZnS
18. The Critical Properties And Magnetization Behaviors Of Transverse Ising Model With Crystal Field In A Random Magnetic Field
19. The Critical Behaviors And Magnetic Properties Of Ferromagnetic Material Based On Bond Dilution And Random Crystal Field Blume-Emery-Griffiths Model
20. CuPc Micro/Nano Single-crystal Field-effect Transistors Based On Graphene Bottom Electrodes
  <<First  <Prev  Next>  Last>>  Jump to