INIS
applications
18%
atoms
23%
backscattering
5%
carbon nanotubes
22%
chains
9%
charge transport
5%
charges
5%
chemical vapor deposition
14%
comparative evaluations
10%
defects
6%
density (current)
5%
dirac equation
5%
distribution
5%
doped materials
11%
electrons
22%
energy operators
5%
gases
22%
grain size
22%
graphene
100%
growth
22%
hybrids
22%
impurities
22%
increasing
11%
industry
9%
lasers
5%
layers
81%
levels
13%
member states
9%
methacrylates
5%
microwave radiation
22%
mobility
5%
motion
5%
nanotubes
22%
nitrogen
22%
nitrogen dioxide
18%
oxygen
22%
polymers
22%
pyrolytic carbon
13%
raman spectroscopy
27%
randomness
5%
range
13%
scattering
22%
shielding
22%
stability
9%
substrates
8%
thickness
10%
time dependence
5%
two-dimensional systems
22%
values
10%
wave packets
5%
Keyphrases
Brewster Angle
22%
Catalyst Substrate
7%
Center of Gravity
5%
Collaboration Support
5%
Collaborative Framework
5%
Dirac Electrons
22%
Dirac-Weyl Equation
11%
Efficient Production
7%
Electromagnetic Shield
7%
Electromagnetic Theory
7%
Electronic Dynamics
22%
Equivalent Electrical Circuit
7%
FFT Method
11%
Finite Element Design
7%
Graphene Monolayer
11%
Graphene-like MoS2
11%
Kinetic Energy Operator
11%
Material Growth
22%
MoS2 Monolayer
11%
Multiple Industries
5%
Nanotube Hybrid
22%
NO2 Sensor
8%
Numerical Aperture
9%
Operator Splitting Method
11%
Passive Devices
22%
Project Collaboration
5%
Project Support
5%
Pyrolytic Carbon
22%
Radiofrequency Devices
15%
Robust Design
7%
Scalable Protocol
7%
Single Atom
7%
Substitutional Impurity
22%
Technical Work
5%
Thin Conductive Film
7%
Time-dependent Probabilities
11%
Total Project Cost
5%
Ultralight
7%
Value Chain
11%
Virtual Prototyping
7%
Work Elements
7%
Engineering
Ambient Condition
22%
Basal Plane
22%
Charge Transport
5%
Chemical Vapor Deposition
6%
Dopants
5%
Enzymatic Activity
7%
Few-Layer Graphene
22%
Gaussians
5%
Glassy Carbon
9%
Graphene
90%
Graphitic Carbon
9%
Heterostructures
7%
Member State
9%
Molybdenum Disulfide
45%
Monolayer
5%
Numerical Aperture
9%
Passive Device
22%
Shielding Effectiveness
22%
Statistical Distribution
5%
Two Dimensional
5%
Vapor Deposition
6%
Work Package
13%