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Fingerprint Dive into the research topics where Ben Hourahine is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

General

defects
interstitials
electron microscopes
impurities
radiation
shift
density functional theory
thin films
simulation
point defects
crystal defects
detectors
crystals
Maxwell equation
screw dislocations
platelets
electronics
augmentation
voids
light emission

Chemistry and Materials

hydrogen
silicon
nitrides
rare earth elements
carbon
molecules
wurtzite
oxygen
germanium
dimers
gold
diamonds

Physics

nanoparticles
electrons
luminescence
hydrogen atoms
cathodoluminescence
atoms
infrared absorption
ions
image contrast
optical resonance
photoluminescence

Engineering

vibration mode
scanning
scattering
far fields
near fields
excitation

Aerospace Sciences

spectroscopy

Engineering & Materials Science

Hydrogen
Defects
Silicon
Nitrides
Rare earths
Electrons
Carbon
Atoms
Luminescence
Molecules
Semiconductor materials
Impurities
Semiconductor detectors
Cathodoluminescence
Density functional theory
Electron microscopes
Doping (additives)
Electron diffraction
Scanning
Germanium
Imaging techniques
Oxygen
Thin films
Spectroscopy
Crystals
Radiation
Dislocations (crystals)
Colliding beam accelerators
Platelets
Graphene
Detectors
Light emission
Photoluminescence
Ions
Scattering
Dimers
Charge density
Nanowires
Vacancies
Diamonds
Stacking faults
Multiphoton processes
Diffraction
Nanomechanics
Temperature
Ion implantation
Optoelectronic devices
Diffraction patterns
Nanoparticles
Electronic structure

Chemical Compounds

Hydrogen
Silicon
Defects
Rare earths
Nitrides
Carbon
Electrons
Molecules
Atoms
Germanium
Density functional theory
Impurities
Luminescence
Electron microscopes
Graphite
Doping (additives)
Scanning
Ions
Semiconductor materials
Cathodoluminescence
Oxygen
Carbon Nanotubes
Diamond
Crystals
Electron diffraction
Platelets
Spectroscopy
Charge density
Photoluminescence
Thin films
Nanowires
Imaging techniques
Vacancies
Light emission
Diffraction
Nanomechanics
Temperature
Erbium
Dimers
Optoelectronic devices
Scattering
Electronic structure
Zinc Oxide
Orthotropic plates
Infrared spectroscopy
Protons
Metals
Screw dislocations
Energy gap
Deep level transient spectroscopy