Physics & Astronomy
superlattices
100%
graphene
85%
thermal emission
60%
electronics
45%
recovery
42%
transport properties
41%
atoms
37%
vacuum
33%
shift
31%
interactions
25%
conjugate gradient method
24%
theorems
22%
death
20%
interference
17%
elastic waves
17%
damping
13%
approximation
13%
disorders
13%
energy
13%
impedance
13%
evaluation
11%
decay
9%
defects
9%
counters
9%
ground state
6%
photons
5%
Engineering & Materials Science
Superlattices
98%
Transport properties
66%
Metamaterials
62%
Graphene
62%
Energy gap
59%
Lattice constants
52%
Hot Temperature
25%
Band structure
24%
Defects
11%
Chemical Compounds
Wavenumber
54%
Superlattice
53%
Transport Property
49%
Band Gap
39%
Lattice Constant
39%
Graphene
37%
Potential Barrier
22%
Electronic Band Structure
17%
Disorder
15%
Volume
10%
Energy
8%