Loading...
Laboratoire Charles Coulomb
The L2C HAL web page is intended for the Laboratoire Charles Coulomb (Montpellier) scientific production consultation. It allows:
- increase visibility of L2C's publications
- give value to L2C's publications
- assume perennial data
- go away with European Commission project like Horizon 2020.
Last publications


L2C Keywords
ZnO
Gauge-gravity correspondence
Metamaterials
Matière molle
Nanotube
Colloids
Raman spectroscopy
4H-SiC
Dark energy
Spinal cord injury
Self-assembly
Confinement
Polymer
Liquid crystals
HEMT
Graphene
Aerogels
Semiconductors
Plasticity
Colloïdes
CVD
Dark matter
Field effect transistors
Terahertz
III-V semiconductors
AFM
Nanowires
Plasmon
Conductivity
AdS-CFT Correspondence
Composite
Integrable systems
Optical Tweezers
Microscopy
THz
Hyper-Raman
Soft mode
Gel
Human bronchial epithelium
Nanoparticles
Critical phenomena
Gravitation model
Mechanical properties
Adhesion
Interfaces
Dilaton
Rheology
Raman
Adsorption
High pressure
Silicon
Detection
Imaging
GaN
Cosmology
Light scattering
Mucus
Gluten
AlGaN
Structure
Soft matter
Stability
Gluten de blé
Detector
Carbon nanotubes
Optical properties
Excitons
Polymer nanocomposites
Holography
Doping
MRI
3C-SiC
Plasmonics
Diffusion
Glass transition
GROWTH
Exciton
Terahertz wave detectors
Fracture
Strong coupling
Rhéologie
Glass
Magnetic resonance imaging
Boron nitride
Encapsulation
2D materials
Photoluminescence
Renormalization group
Nitrides
Coordination
Multispeckle light scattering
Vibrations
Elasticity
Silica
Cilia
Quantum wells
Growth
GRAPHITE
Glioma
Plasma waves
Number of fulltext

Number of reference
2 641
Submissions evolution