Engineering & Materials Science
Density functional theory
100%
Charge density waves
90%
Perovskite
58%
Phase transitions
52%
Multiferroics
48%
Ferroelectric materials
48%
Crystal structure
45%
Mean field theory
44%
Mott insulators
43%
Electrons
43%
Transition metal oxides
42%
Superconductivity
42%
Metal insulator transition
41%
Ground state
41%
Transition metals
39%
Phase diagrams
39%
Thin films
37%
Lattice vibrations
35%
Spin orbit coupling
35%
Doping (additives)
35%
Metals
32%
Electronic structure
32%
Epitaxial films
32%
Iron-based Superconductors
31%
Ferromagnetism
25%
Magnetic anisotropy
25%
Ions
24%
Temperature
24%
Electrostatics
24%
Electronic states
23%
Oxides
23%
Magnetism
23%
Magnetization
22%
Fermi level
20%
Phase stability
19%
Rare earths
19%
Ferroelectricity
19%
Magnetic properties
19%
Electronic properties
19%
Spin waves
18%
Magnetic moments
18%
Infrared spectroscopy
18%
Oxygen vacancies
17%
Anisotropy
17%
Phase separation
17%
Dielectric losses
17%
X rays
17%
Superconducting materials
16%
Single crystals
16%
Chemical Compounds
Phonon
63%
Charge Density Wave
63%
Strain
58%
Density Functional Theory
46%
Magnetic Phenomena
36%
Mean-Field Theory
36%
Metal Insulator Transition
36%
Superconductivity
34%
Ground State
34%
Antiferromagnetic
33%
Lattice Dynamics
32%
Oxide
30%
Spin-Orbit Coupling
28%
Phase Diagrams
28%
Nonconductor
27%
Electronic State
26%
Crystal Structure
25%
Spin State
25%
Metal
25%
Phase Stability
24%
Superconductor
24%
Polarization
23%
Liquid Film
23%
Magnetoelectric Effect
23%
Magnetic Anisotropy
23%
Electron Spin
23%
Magnetism
22%
Spin Wave
18%
Electric Field
17%
Ferrimagnetic
17%
Order Parameter
17%
Effective Mass
17%
Pressure
16%
Electron Particle
16%
Resonance
16%
Transition Element
15%
Compressibility
15%
Dielectric Loss
15%
Magnetic Property
15%
Mechanics
15%
Fermi Level
15%
Ferromagnetism
15%
Energy
14%
Magnetization
14%
Orbital
14%
Anisotropy
14%
Raman Spectroscopy
13%
Scanning Transmission Electron Microscopy
13%
Mott Transition
13%
Physics & Astronomy
density functional theory
54%
perovskites
49%
phonons
49%
electronics
47%
symmetry
36%
superconductivity
34%
transition metals
32%
crystal structure
32%
metals
31%
thin films
30%
insulators
28%
ground state
27%
ferroelectricity
26%
titanates
24%
oxides
24%
broken symmetry
23%
orbitals
23%
electronic structure
23%
phase diagrams
22%
axial strain
21%
anisotropy
20%
Curie temperature
19%
electrons
19%
polarization
18%
rare earth elements
18%
ferromagnetism
18%
tuning
18%
interactions
17%
magnons
17%
cations
16%
orbits
15%
yttria-stabilized zirconia
14%
metal oxides
14%
iron
14%
oxygen
14%
free energy
13%
dielectric loss
12%
excitation
12%
temperature
12%
magnetization
12%
trend analysis
12%
electrical resistivity
12%
valence
12%
magnetic properties
12%
energy
11%
degrees of freedom
11%
topology
11%
oxyhalides
11%
ions
11%
life (durability)
11%
