Empreinte digitale Examinez les sujets de recherche où Amand Lucas est actif. Ces libellés de rubriques sont le fruit de recherches menées par cette personne. Ensemble, ils forment une empreinte digitale unique.
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Physique & Astronomie
General
alphabets
grazing incidence
energy dissipation
scattering cross sections
field theory (physics)
scanning tunneling microscopy
hardware
microscopes
analogs
formalism
computer programs
decomposition
electric fields
evaluation
hollow
synthesis
helices
coding
templates
simulation
histories
dipoles
Chemistry and Materials
fullerenes
carbon
absorbents
acetylene
deoxyribonucleic acid
graphite
molecules
porous materials
catalysis
diamonds
chemistry
hydrogen bonds
Physics
ultraviolet absorption
phonons
ions
polarization
diffraction
dust
optical properties
Engineering
nanotubes
electron scattering
inelastic scattering
carbon nanotubes
excitation
sieves
scanning
coatings
Aerospace Sciences
cavities
composés chimiques
Fullerenes
Zeolites
Acetylene
Inelastic scattering
Carbon Nanotubes
Electron scattering
Molecular sieves
Energy dissipation
Scanning tunneling microscopy
Phonons
Graphite
Ions
Nanotubes
Hydrogen bonds
Molecules
Microscopes
Diffraction
Electric fields
Coding errors
Polarization
Decomposition
Scanning
Hardware
Sieves
DNA
Computer science
Catalysis
Porous materials
Projectiles
Data storage equipment
X rays
Fibers
Screening
Dielectric properties
Deconvolution
Electrons
Tensors
Absorption spectra
Transition metals
Image processing
Experiments
Maxwell equations
Catalysts
Anions
Cations
Carbon
Agglomeration
Adsorption
Atoms
Direction compound
Ingénierie et Science des Matériaux
Inelastic scattering
Electron scattering
Molecular sieves
Energy dissipation
Scanning tunneling microscopy
Acetylene
Fullerenes
Phonons
Nanotubes
Carbon nanotubes
Hydrogen bonds
Molecules
Microscopes
DNA
Diffraction
Electric fields
Ions
Coding errors
Polarization
Decomposition
Scanning
Graphite
Hardware
Sieves
Computer science
Catalysis
Porous materials
Projectiles
Data storage equipment
X rays
Fibers
Screening
Dielectric properties
Deconvolution
Electrons
Tensors
Absorption spectra
Transition metals
Image processing
Experiments
Maxwell equations
Catalysts
Negative ions
Positive ions
Agglomeration
Adsorption
Atoms
Carbon
Substrates
Geometry