INIS
anisotropy
100%
investigations
85%
surfaces
85%
hydrogen
85%
two-dimensional systems
85%
diamonds
85%
migration
42%
nanostructures
34%
graphene
34%
thickness
34%
vacancies
28%
transparency
17%
layers
17%
thin films
17%
accounting
17%
excitation
17%
optical properties
17%
boron nitrides
17%
electrodynamics
17%
interactions
17%
orientation
14%
growth
14%
semiconductor materials
14%
dimers
14%
crystallography
14%
atmospheres
14%
reaction rate
14%
images
14%
chemical vapor deposition
14%
variational methods
14%
range
14%
refining
14%
Keyphrases
H-diamond
85%
Hydrogen Radical
85%
Anisotropy Medium
85%
Radical Attack
57%
Effective Model
34%
Hydrogen Migration
28%
Canonical Variational Transition State Theory
28%
H Radical
28%
Hydrogen Coverage
28%
Passivated Surface
28%
Surface Refining
28%
Relative Likelihood
28%
Reconstructed Surface
28%
Curved Graphene
17%
Plasmonic Excitation
17%
Isotropic Behavior
17%
Thin Layer Model
17%
Vertical Heterostructures
17%
Intrinsic Anisotropy
17%
Classical Electrodynamics
17%
Microscopic Approach
17%
Large Thickness
17%
Response Model
17%
Engineering
Two-Dimensional Materials
85%
Heterostructures
85%
Diamond
85%
Graphene
34%
Related State
21%
Vapor Deposition
21%
Crystallographic Orientation
21%
Broad Range
21%
Chemical Vapor Deposition
21%
Anisotropic
21%
Model Response
17%
Reference Calculation
17%
Efficient Model
17%
Intrinsic Parameter
17%
Layer Model
17%
Thin Layer
17%
Heterojunctions
17%
Nanoscale
17%
Plasmonics
17%
Structuration
17%
Nitride
17%
