INIS
surfaces
100%
phonons
71%
carbon
56%
electron diffraction
38%
electrons
38%
interfaces
38%
scanning tunneling microscopy
35%
carbon nanotubes
35%
energy-loss spectroscopy
35%
diffraction
35%
nanotubes
32%
molecules
30%
graphite
28%
onions
26%
applications
25%
plasmons
23%
germanium sulfides
23%
excitation
23%
helicity
22%
absorption
22%
barriers
22%
lithium fluorides
20%
decomposition
20%
acetylene
20%
adsorption
20%
confinement
17%
universities
17%
tunneling
17%
standing waves
17%
vacuum ultraviolet radiation
17%
ionic crystals
17%
electric fields
17%
shells
17%
computer codes
17%
tori
17%
zeolites
17%
synthesis
17%
investigations
17%
superlattices
17%
molecular sieves
17%
semiconductor materials
17%
scattering
17%
dna
17%
polarization
17%
neon ions
17%
current density
17%
grazing
17%
carriers
17%
simulation
17%
substrates
17%
Material Science
Carbon Nanotubes
89%
Nanotubes
83%
Electron Energy Loss Spectrometry
71%
Electronic Structure
53%
Dielectric Material
41%
Electron Diffraction
35%
Density
35%
Diffraction Pattern
35%
Fullerene
35%
Film
24%
Atomic Structure
23%
Thin Films
23%
Surface Plasmons
17%
High Resolution Electron Energy Loss Spectroscopy
17%
Zeolite
17%
Photoemission Spectroscopy
17%
Molecular Sieve
17%
Ultra Violet Photoemission Spectroscopy
17%
Metal Surface
17%
Optical Property
17%
Lattice Vibration
17%
Electronic Property
17%
X-Ray Diffraction
17%
Germanium Ion
17%
Superlattice
17%
Diamond
17%
Hydrogen Bonding
17%
Gallium Arsenide
14%
Monolayers
11%
High-Resolution Transmission Electron Microscopy
11%
Crystalline Material
11%
Anisotropic Material
8%
Molecular Simulation
8%
Chemical Synthesis
8%
Catalysis
8%
Isotropic Material
8%
Theoretical Calculation
8%
Structure (Composition)
8%
Surface Phonons
5%
Film Thickness
5%
Elasticity
5%
Low-Energy Electron Diffraction
5%
Chirality
5%
Selected Area Diffraction
5%
Epitaxy
5%
Lineshape
5%
Chemical Vapor Deposition
5%
Mechanical Strength
5%
Layered Material
5%
Finite Element Method
5%
Keyphrases
Diffraction Theory
17%
Elementary Excitations
17%
Quantitative Theory
17%
Far-infrared
17%
Carbon Shell
17%
Helium Excimer
17%
Aluminum Film
17%
Vacuum Ultraviolet
17%
Spherical Carbon
17%
Ionic Materials
17%
Standing Wave
17%
Lithium Bromide
17%
B-DNA
17%
Knee Angle
17%
Torus
17%
Optical Simulation
17%
Backbone Structure
17%
Mode Structure
17%
Ionic Crystals
17%
Physical Concepts
17%
(111) Surface
17%
Helium Atom
17%
Libration
17%
Phonon Dynamics
17%
Surface Electric Field
17%
Multiple Excitations
17%
Interstellar Absorption
17%
Low-frequency Phonons
17%
Free Surface
17%
Ultraviolet Absorption
17%
Electron Diffraction
17%
Dispersion Energy
17%
Van Der Waals Attraction
17%
Molecule Adsorption
17%
Electronic Excitation
17%
Inelastic Scattering Cross Section
17%
Scanning Tunneling Microscope
17%
Current Density Maps
17%
Barrier Applications
17%
Nanotubules
17%
Double-walled Nanotubes
11%
Large Energy
11%
Interstellar Dust
8%
Concentric Layers
8%
Cohesive Properties
8%
Non-planar Surface
8%
Nanoscopic
8%
Homogeneous Isotropic
8%
Spherical Shell
8%
Anisotropic Material
8%
