Engineering & Materials Science
Electronic properties
100%
Energy gap
73%
Vortex flow
62%
Superconducting materials
61%
Doping (additives)
53%
Density functional theory
50%
Optoelectronic devices
41%
Perovskite
34%
Band structure
33%
Magnetic fields
32%
Structural properties
32%
Electrons
32%
Critical currents
31%
Phonons
30%
Monolayers
29%
Optical properties
28%
Oxygen vacancies
27%
Spintronics
22%
Semiconductor materials
21%
Microstrip lines
21%
Surface resistance
19%
Lattice vibrations
19%
Superconducting films
18%
Vacancies
18%
High temperature superconductors
17%
Transport properties
17%
Temperature
17%
Positive ions
17%
Mechanical stability
15%
Conduction bands
15%
Light absorption
15%
Tin
14%
Defects
14%
Magnetic properties
13%
Seebeck coefficient
13%
Cerium oxide
13%
Electronic structure
13%
Superconductivity
12%
Microwaves
12%
Substitution reactions
11%
Spin orbit coupling
11%
Thermodynamic properties
11%
Mechanical properties
10%
Superconducting resonators
10%
Spin polarization
10%
Permittivity
10%
Magnetism
9%
Thin films
9%
Intercalation
9%
Chemical Compounds
Superconductor
65%
Electronic Property
48%
Band Gap
46%
Optoelectronics
40%
Current Density
33%
Thermoelectricity
29%
Magnetic Field
28%
Spintronics
25%
Alloy
23%
Monolayer
19%
Application
18%
Strength
18%
Ferromagnetism
15%
Phonon
15%
Molecular Cluster
14%
Optical Property
13%
Electron Localization
13%
Surface Resistance
13%
Substitution Reaction
13%
Superconducting Film
12%
Force
12%
Density Functional Theory
11%
Semiconductor
11%
Absorptivity
11%
Thermodynamics
11%
Magnetic Property
11%
Electron Particle
11%
Energy
10%
Transport Property
10%
Conduction Band
10%
Spin Polarization
10%
Rutile
10%
Seebeck Coefficient
9%
Doping Material
9%
Dioxygen
9%
Tetragonal Space Group
9%
Elasticity Constant
9%
Electronic Band Structure
9%
Magnetic Moment
9%
Simulation
8%
Conductivity
8%
Magnetic Induction
8%
Microwave
8%
Augmented Plane Wave Method
8%
Surface Barrier
8%
Superconductivity
7%
Monoclinic Space Group
7%
Lattice Dynamics
7%
Magnetism
7%
Physics & Astronomy
vortices
55%
critical current
40%
electronics
29%
current density
27%
substitutes
19%
structural stability
15%
magnetic fields
15%
perovskites
14%
strip
13%
energy of formation
13%
high temperature superconductors
12%
ferromagnetism
11%
defects
11%
magnetic properties
11%
tin
11%
density functional theory
11%
oxygen
10%
superconductivity
9%
phonons
9%
optical properties
9%
cations
9%
electrons
9%
transport properties
9%
thermodynamics
8%
engineering
8%
anions
8%
optical absorption
8%
temperature
7%
magnesium
7%
intercalation
7%
atoms
7%
superconducting films
7%
conductivity
6%
molecular dynamics
6%
conduction bands
6%
magnetic moments
6%
simulation
6%
resonators
5%
thermophysical properties
5%
thin films
5%
dynamic stability
5%
carrier mobility
5%
low currents
5%
performance
5%
microwaves
5%
halides
5%
rutile
5%
electron mobility
5%
ion currents
5%
hydrostatic pressure
5%
