Engineering & Materials Science
Graphene nanoribbon
100%
Graphene
98%
Boron nitride
89%
Electronic properties
79%
Density functional theory
73%
Nanotubes
52%
Molecules
36%
Nanoribbons
36%
Magnetic fields
30%
Carbon nanotubes
24%
Electrons
24%
Energy gap
22%
Friction
21%
Heterojunctions
21%
Magnetization
20%
Adsorption
19%
Magnetoresistance
19%
Nanostructures
18%
Lithium
18%
Transition metals
18%
Binding energy
17%
Ground state
16%
Transport properties
16%
Electronic structure
15%
Benzene
15%
Ferroelectricity
15%
Phonons
15%
Atoms
15%
Graphite
14%
Derivatives
14%
Adatoms
14%
Substrates
13%
Fullerenes
13%
Electronic states
13%
Polarization
13%
Ferroelectric materials
13%
Hydrogen
12%
Carbon
12%
Electric fields
12%
Chirality
11%
Crystals
10%
Peptides
10%
Molecular electronics
10%
Molybdenum
10%
Detectors
10%
Adsorbates
10%
Magnetic flux
10%
Tribology
10%
Physical properties
9%
Charge transfer
9%
Chemistry
Graphene
89%
Nanoribbon
78%
Boron Nitride
73%
Hexagonal Space Group
54%
Electronic Property
47%
Magnetic Field
40%
Density Functional Theory
39%
Nanotube
27%
Boron Nitride Nanotube
25%
Simulation
25%
Aharonov-Bohm Effect
23%
Magnetoresistance
22%
Electron Spin
19%
Electronic State
19%
Surface
19%
Ring (Molecular)
17%
Electron Particle
17%
Band Gap
16%
Magnetic Flux
16%
Tribology
15%
Carbon Nanotube
15%
Localized Electronic State
14%
Polarization
14%
Silicon Nanotube
13%
Tight Binding Model
13%
Nanomaterial
13%
Energy
13%
Nonequilibrium Thermodynamics
12%
Graphite
12%
Force
12%
Electric Field
12%
Magnetization
11%
Conductance
11%
Binding Energy
11%
Chirality
10%
Hexagonal Graphite
10%
Molecule
10%
Length
10%
Molybdenum Disulfide
10%
Atomistic Simulation
10%
Carbon Nanostructure
10%
Transport Property
9%
Anisotropy
9%
Lubrication
9%
Nonequilibrium
9%
Density Matrix
9%
Self-Energy
9%
Transition Element
8%
Molecular Electronics
8%
Adsorption
8%
Physics & Astronomy
graphene
88%
boron nitrides
79%
interlayers
64%
sliding
46%
electronics
39%
nanotubes
39%
density functional theory
32%
friction
30%
carbon nanotubes
19%
field theory (physics)
19%
heterojunctions
17%
magnetic fields
17%
routes
17%
ribbons
15%
graphite
15%
molecules
15%
rings
14%
simulation
13%
flakes
13%
adsorption
12%
electronic structure
11%
ring structures
11%
structural stability
10%
energy
10%
lithium
10%
transition metals
10%
interactions
10%
binding energy
9%
benzene
9%
coefficient of friction
9%
conduction
9%
electrons
9%
grain boundaries
9%
methodology
8%
functionals
8%
sliding friction
8%
wire
8%
scaling laws
8%
tribology
8%
magnetization
8%
magnetic flux
7%
manipulators
7%
chirality
7%
buckling
7%
selectivity
7%
molybdenum disulfides
7%
phonons
7%
hydrogen
7%
transport properties
6%
slip
6%
