Engineering & Materials Science
Atoms
43%
Band structure
20%
Binding energy
8%
Bond length
7%
Charge transfer
21%
Core levels
6%
Crystalline materials
6%
Curie temperature
7%
Dangling bonds
7%
Density functional theory
43%
Discrete Fourier transforms
21%
Doping (additives)
16%
Electronic density of states
12%
Electronic properties
100%
Electronic states
6%
Electronic structure
8%
Electrons
21%
Energy gap
27%
Fermi level
7%
Hamiltonians
10%
Hydrogen
9%
Hydrostatic pressure
7%
Iron
8%
Lattice constants
6%
Lithium
8%
Lithium-ion batteries
6%
Magnetic moments
24%
Magnetic properties
41%
Mechanical properties
15%
Molecular orbitals
7%
Nanopores
12%
Nanostructures
9%
Nanowires
28%
Oxygen
8%
Passivation
17%
Perovskite
94%
Phase transitions
7%
Phonons
6%
Physical properties
7%
Porous silicon
12%
Quantum confinement
11%
Quasicrystals
7%
Semiconductor materials
9%
Silicon
9%
Silicon carbide
10%
Spintronics
16%
Structural properties
11%
Substitution reactions
6%
Surface treatment
9%
Transition metals
13%
Chemistry
Antiferromagnetic
17%
Application
8%
Band Gap
23%
Binding Energy
5%
Charge Transfer
10%
Chemical Passivation
14%
Conduction Electron
15%
Conductor
5%
Core Level
5%
Cubic Space Group
6%
Curie Temperature
7%
Dangling Bond
7%
Density Functional Theory
18%
Density of State
19%
Dielectric Function
6%
Electron Spin
7%
Electronic Band Structure
16%
Electronic Property
60%
Electronic State
9%
Energy
10%
Fermi Level
5%
Lithium Atom
7%
Magnetic Moment
15%
Magnetic Property
27%
Metal Insulator Transition
6%
Nanomaterial
5%
Nanowire
23%
Nonconductor
10%
Porosity
10%
Pressure
7%
Quasicrystallinity
5%
Semiconductor
6%
Silicon Carbide
15%
Slab Like Crystal
29%
Spintronics
14%
Surface
12%
Surface Modification
7%
Tight Binding Model
17%
Transition Element
6%
Physics & Astronomy
approximation
6%
atoms
16%
charge transfer
14%
conduction electrons
7%
Curie temperature
7%
density functional theory
18%
electronics
40%
energy
8%
expansion
7%
gradients
5%
hydrostatic pressure
9%
insulators
6%
interactions
8%
lithium
6%
magnetic moments
11%
magnetic properties
10%
mechanical properties
11%
moment distribution
9%
nanowires
18%
passivity
14%
perovskites
61%
perturbation
7%
porous silicon
8%
silicon
7%
silicon carbides
7%
slabs
15%
transition metals
7%
zirconium carbides
6%