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二維硒化銦的自旋軌道耦合及參雜的研究
Chen, Hong-Yi
(PI)
Department of Physics
Project
:
Government Ministry
›
Ministry of Science and Technology
Overview
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INIS
l-s coupling
100%
fermi surface
100%
valence
66%
selection rules
66%
indium selenides
66%
rings
66%
luminescence
33%
electrons
33%
holes
33%
instability
33%
magnetic moments
33%
ferromagnetism
33%
absorption
33%
energy
33%
paramagnetism
33%
increasing
33%
spin orientation
33%
metals
33%
electron-electron interactions
33%
excitons
33%
electron holes
33%
phase transformations
33%
shape
33%
spin
33%
spectra
33%
chalcogenides
33%
Chemistry
Spin-Orbit Coupling
100%
Electronic Band Structure
66%
Valence Band
66%
Selection Rule
66%
Tight-Binding Method
33%
Exciton
33%
Ferromagnetism
33%
Paramagnetism
33%
Electronic Property
33%
Polarized Light
33%
Hole (Electron)
33%
Magnetic Moment
33%
Doping
33%
Electron Scattering
33%
Physics
Spin-Orbit Coupling
100%
Fermi Surface
100%
Ferromagnetism
33%
Paramagnetism
33%
Holes (Electron Deficiencies)
33%
Magnetic Moment
33%
Exciton
33%
Electron Scattering
33%
Chalcogenides
33%
Polarized Light
33%