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物理學系
國立成功大學
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研究成果
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學生論文
(256)
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查看啟用 物理學系 的研究主題。這些主題標籤來自此機構會員的作品。共同形成了獨特的指紋。
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Engineering & Materials Science
Electronic structure
83%
Electronic properties
76%
Photoelectron spectroscopy
76%
Electrons
74%
Fermi level
64%
Temperature
64%
Band structure
59%
Magnetic fields
48%
Superconducting materials
42%
Superconductivity
41%
Metalloids
41%
Optical properties
39%
Fermi surface
39%
Photoemission
38%
X rays
37%
Energy gap
36%
Magnetization
36%
Doping (additives)
35%
Single crystals
35%
Thin films
35%
Heterojunctions
34%
Photons
33%
Atoms
33%
Topological insulators
32%
Nuclear magnetic resonance
32%
Electric fields
32%
Spintronics
31%
Phonons
30%
Valence bands
30%
Monolayers
28%
Magnetic properties
28%
Charge density waves
27%
Plasmons
26%
Phase transitions
26%
Detectors
26%
Crystals
26%
Substrates
26%
Spectroscopy
25%
Transport properties
24%
Semiconductor materials
24%
Transition metals
23%
Specific heat
23%
Magnetism
22%
Oxides
22%
Surface states
22%
Fermions
22%
Ions
21%
Absorption spectra
21%
Magnetoresistance
21%
Metal insulator transition
20%
Metals
19%
Annealing
19%
Molecular beam epitaxy
19%
Ferromagnetism
19%
Photoluminescence
19%
Crystal structure
19%
Momentum
19%
Superconducting transition temperature
18%
Crystalline materials
18%
Multiferroics
18%
Seebeck coefficient
18%
Anisotropy
18%
Substitution reactions
18%
Nanotubes
18%
Polarization
18%
Inelastic neutron scattering
17%
Charge transfer
17%
Core levels
17%
Carrier concentration
17%
Electron energy levels
17%
Graphene nanoribbon
17%
Wave functions
16%
Scattering
16%
Neutron scattering
16%
Bosons
16%
Magnetic moments
16%
Spin orbit coupling
16%
Electronic states
16%
Epitaxial growth
16%
Excitons
16%
Dispersions
15%
Semiconductor quantum wells
15%
Photoexcitation
15%
Harmonic generation
15%
Spin polarization
15%
Ferroelectric materials
14%
Neutron powder diffraction
14%
Lasers
14%
Spin-lattice relaxation
14%
Nanorods
14%
Thermal conductivity
13%
Ground state
13%
Magnetic anisotropy
13%
Neutrons
13%
Epitaxial films
13%
Superlattices
13%
Multilayers
12%
Physics & Astronomy
collisions
100%
detectors
76%
graphene
64%
photoelectric emission
58%
energy
54%
decay
53%
electronics
52%
spectroscopy
49%
electronic structure
48%
x rays
43%
transverse momentum
42%
protons
41%
electrons
40%
quarks
37%
photons
35%
temperature
35%
leptons
35%
magnetic fields
34%
insulators
34%
metalloids
34%
excitation
32%
carbon nanotubes
32%
interactions
32%
cross sections
31%
bosons
31%
electric fields
28%
polarization
27%
superconductivity
27%
symmetry
26%
fermions
26%
plasmons
26%
nuclear magnetic resonance
26%
hadrons
25%
luminosity
25%
scalars
25%
electrical resistivity
25%
single crystals
25%
asymmetry
23%
thin films
23%
valence
23%
Higgs bosons
23%
lightning
22%
muons
22%
Fermi surfaces
22%
metals
21%
neutron scattering
21%
anisotropy
21%
quantum chromodynamics
21%
quantum dots
21%
magnetization
20%
optical properties
20%
bells
20%
orbitals
19%
specific heat
19%
transport properties
19%
gravitation
18%
pulsars
18%
center of mass
18%
anomalies
18%
momentum
17%
dark matter
17%
atoms
17%
interlayers
16%
crystals
16%
augmentation
16%
transition metals
16%
phonons
16%
probes
16%
predictions
16%
graphite
16%
substitutes
16%
magnetic properties
16%
lasers
16%
galaxies
16%
gravitational waves
16%
scattering
16%
room temperature
15%
oscillations
15%
nanotubes
15%
mesons
15%
pair production
15%
oxides
15%
ferromagnetism
15%
characterization
14%
high resolution
14%
magnetic permeability
14%
modulation
14%
ribbons
14%
inelastic scattering
14%
absorption spectra
14%
moments
14%
transition temperature
13%
absorption spectroscopy
13%
signatures
13%
physics
13%
LIGO (observatory)
13%
neutrons
13%
Seebeck effect
13%
ions
12%
configurations
12%
Chemical Compounds
Graphene
51%
Electronic State
49%
Magnetic Field
47%
Electron Spin
47%
Energy
47%
Density of State
46%
Superconductor
42%
Electronic Band Structure
36%
Fermi Level
34%
Liquid Film
32%
Superconductivity
31%
Nonconductor
30%
Electric Field
29%
Electron Particle
28%
Photoelectron Spectroscopy
26%
Landau Level
26%
Antiferromagnetic
24%
Photoemission
24%
Band Gap
24%
Fermion
24%
Surface
24%
Magnetization
23%
Semiconductor
22%
Single Crystalline Solid
21%
Valence Band
20%
Surface State
20%
Magnetic Property
20%
Optical Property
20%
Quasiparticle
19%
Magnetoresistance
19%
Charge Density Wave
18%
Transport Property
18%
Magnetism
18%
Subband
17%
Carbon Nanotube
17%
Monolayer
17%
Orbital
17%
Nanoribbon
17%
Plasmon
16%
Seebeck Coefficient
16%
Polarization
15%
Thermal Conductivity
15%
Phonon
15%
Metal Insulator Transition
15%
Photon
15%
Anisotropy
15%
Ferromagnetism
14%
Thermoelectricity
14%
Superconducting Gap
14%
Annealing
14%
Quantum Dot
14%
Knight Shift
13%
Heat
13%
Strength
13%
Spectroscopy
13%
Fermi Level Density of States
13%
Momentum
13%
Spintronics
13%
Ambient Reaction Temperature
12%
Core Level
12%
Neutron Diffraction
12%
Magnetic Ordering
12%
Substitution Reaction
12%
NMR Spectroscopy
12%
Oxide
12%
Magnetic Moment
11%
Superlattice
11%
Simulation
11%
Second-Harmonic Generation
11%
Inelastic Neutron Scattering
11%
Ground State
10%
Conductance
10%
Wave Function
10%
Resonance
10%
Alloy
10%
Neutron
10%
Neutron Scattering
10%
Nanotube
10%
Multilayer
10%
Spin-Orbit Coupling
10%
Valence
10%
Tunneling
9%
Conduction Band
9%
Charge Transfer
9%
Photoexcitation
9%
Hall Effect
9%
Collective Excitation
9%
Magnetic Excitation
9%
Magnetic Structure
9%
Magnetic Flux
9%
Metal
9%
Metal-Semiconductor Transition
9%
Spin Polarization
9%
Magnetic Anisotropy
9%
Exciton
9%