Spin-orbit coupling effect - Globe Thesis

Keyword [Spin-orbit coupling effect] Result: 1 - 19 \| Page: 1 of 1
1.	Theoretical Study On Electron Transport In High-Tc Superconductors And In Ferromagnet-superconductor Heterostructure Junctions
2.	Rashba Spin-orbit Coupling Effect On The Transmission In The Semiconducting AB Ring
3.	Electronic Structure And Coupling In Electronic States Of ZnH And Its Cation
4.	Effect Of Spin-orbit Coupling Interaction On The Transport Properties In The Multilayer Magnetic Tunnel Junctions
5.	Theoretical Investigations On The Electronic Structures And Spectroscopic Properties Of Several Diatomic Molecules Containing Main Group VIA Elements
6.	Theoretical Study On The Spectroscopic Properties Of The Excited States For The Phosphorus Monohalogen PX(X=Cl、Br、I、At) Molecules
7.	Structure And Spin-orbit Coupling For Diatomic Molecules Cation Containing Metal: SrH~+/SrCl~+ And AlCl~+/AlBr
8.	Researches On The Spin-orbit Coupling Effect And De Hass-van Alphen Effect Of Noncentrosymmetric Superconductors
9.	Configuration Interaction Study On Excited Electronic States Of The SrH Molecule
10.	The Research On The Excited States Of The Spectroscopic Properties Of BSe?NTe,and CBr Radical
11.	Effect Of The Effective Spin-orbit Coupling Field On Electron Counting Statistics In A Serially Coupled Double Quantum Dot System
12.	Spin Orbit Coupling Effect On Dynamics Of Linear And Nonlinear Waves In Optical Lattices
13.	Spectroscopic Properties Of Low Electron States Of Fluorinated Diatomic Ions
14.	Finite-Frequency Shot Noise Of Electron Through A Serially Coupled Double Quantum Dot System With Effective Spin-Orbit Coupling Field
15.	Study On The Noisy Discrete-time Quantum Walk
16.	Study On The Electrically Controlled Spin Texture In Two-dimensional Ferroelectrics And Multiferroics
17.	Finite-frequency Shot Noise Of Electron Through A Serially Coupled Double Quantum Dot System With Effective Spin-orbit Coupling Field
18.	Research On Dynamically Controlled Asymmetric Spin Splitting Of Light Beam Based On Graphene Materials
19.	Study On The Influence Of Interface Effect Between HM And MgO On Spin Transport In Magnetic Heterostructures
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