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Keyword [Spin-orbit coupling]
Result: 21 - 40 | Page: 2 of 4
21. High-temperature Quantum Spin Hall Effect And Giant Rashba Spin-orbit Coupling In Compensated N-p Codoped Graphene
22. Theoretical Investigation On The Activation Of C-H And C-C Bonds By Transition Metal Atoms In Gas Phase
23. Optical And Electronic Transport Properties Of Two-Dimensional Material
24. High-temperature Quantum Anomalous Hall Effect In N-p Codoped Two-dimensional Materials
25. Structure And Photodissociation Mechanism Of Electronic States For Halogenated Carbenes And Nitrenes
26. High Pressure Synthesis And Physical Properties Of New 3d And 5d Oxides
27. The Fabrication Of The Magnetic Film Arrays And Its Magneto-optical Effects
28. Scanning Tunneling Microscopy Studies Of Quantum Materials In Correlated Electron System
29. Structures And Properties Of Graphene Decorated By Transition Metal Atoms And Clusters
30. Quantum Chemistry Study On The Structure,luminescent Mechanism And Efficiency Of Nitrogen-containing Heterocyclic Ligand Multidentate Metal (Cu(?),Au(?)) Complexes
31. Reaction Dynamics Study Of Dissociative Electron Attachment To BrCN And CH2F2 Molecules
32. Studies On Hole Spin And Hybrid System Based On Ge Hut Wire Quantum Dots
33. Molecular Design Strategies Toward Blue Thermally Activated Delayed Fluorescent Materials With Efficient Exciton Utilization Based On Excited States Modulation
34. High Energy Reverse Intersystem Crossing Process And Photoelectric Properties Of Hot Exciton Luminescent Materials
35. First-principles Study Of Two-dimensional Novel Structures Derived From Non-layered Materials
36. The Impacts Of Through-Space Conjugation And Heteroatoms On The Optical Property Of AIEgens
37. Synthesis And Magnetoelectric Properties Of Eperovskite Iridium Based Multi Component Oxide
38. Design And Exploration Of Highly Efficient Thermally Activated Delayed Flourescence Materials
39. Theoretical Study On Luminescence Mechanism Of Several Types Of Thermally Activated Delayed Fluorescence Materials
40. Theoretical Study On Thermally Activated Delayed Fluorescence Properties Of Diphenyl Sulfoxide Derivatives
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