John Davies

Prof

20002014
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Physics & Astronomy

Physics

excitons
quantum wells
magnetic resonance
electron paramagnetic resonance
center of mass
polaritons
photoluminescence
electrons
modulation
ions
resonance scattering
nitrogen atoms
manganese ions
atomic energy levels
optical properties
luminescence
anions
valence

Engineering

magnetic moments
Raman spectra
magnetic properties
energy transfer
diamagnetism

Chemistry and Materials

magnesium
gallium nitrides
zinc
nitrogen
manganese
sulfonates
phosphorus
palladium
oxygen
gallium

Aerospace Sciences

magnetic fields
Raman spectroscopy

General

augmentation
kinetic energy
illumination
crystal field theory
interactions
defects
interstitials
radii
geometry
suggestion
microwave frequencies
selectivity
shift
positron annihilation

Mathematical and Computer Sciences

symmetry

Engineering & Materials Science

Excitons
Semiconductor quantum wells
Magnetic moments
Raman scattering
Magnetic resonance
Exchange interactions
Magnetic fields
Magnetic properties
Paramagnetic resonance
Magnesium
Gallium nitride
Manganese
Kinetic energy
Raman spectroscopy
Doping (additives)
Experiments
Epitaxial layers
Electrons
Electron spin resonance spectroscopy
Nitrogen
Semiconductor materials
Atoms
Microwave frequencies
Diamagnetism
Geometry
Chelation
Crystals
Hamiltonians
Palladium
Oxygen
Phosphorus
Defects
Orbits
Negative ions
Lighting
Metals
Positive ions
Ligands
Zinc
Modulation
Tensile strain
Nanoparticles
Valence bands
Coherent scattering

Chemical Compounds

Semiconductor quantum wells
Magnetic moments
Raman scattering
Magnetic resonance
Exchange interactions
Magnetic fields
Magnetic properties
Magnesium
Paramagnetic resonance
Manganese
Kinetic energy
Raman spectroscopy
LDS 751
Doping (additives)
Experiments
Epitaxial layers
Electrons
Nitrogen
Electron spin resonance spectroscopy
Singlet Oxygen
Semiconductor materials
Atoms
Metals
Microwave frequencies
Palladium
Diamagnetism
Silicon
Geometry
Chelation
Crystals
Hamiltonians
Phosphorus
Anions
Cations
Defects
Hydrogen
Orbits
Zinc
Lighting
Modulation
Ions
Tensile strain
Oxygen
Nanoparticles
Valence bands
Ligands
Coherent scattering