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

Engineering & Materials Science

Residual stresses
Silicon
Semiconductor quantum dots
Photonic crystals
Quantum confinement
Ions
MEMS
Ion bombardment
Photonics
Graphene
Dislocations (crystals)
Defects
Electronic structure
Photoluminescence
Substrates
Geometry
Nanostructures
Focused ion beams
Band structure
Photoelasticity
Wave functions
Semiconductor materials
Atoms
Molecular dynamics
Electrons
Infrared radiation
Electronic properties
Carbon nanotubes
Thin films
Ion beams
Silicon wafers
Mechanics
Laser resonators
Edge dislocations
Finite element method
Solar cells
Optical properties
Processing
Hamiltonians
Strain energy
Crystalline materials
Imaging techniques
Sputtering
Energy gap
Heterojunctions
Polariscopes
Grain boundaries
Strain relaxation
Buckling
Crystal lattices

Physics & Astronomy

Physics

photonics
ions
atoms
ion beams
optical properties
wave functions
photoluminescence
electrons
ripples
photons

Engineering

quantum dots
carbon nanotubes
sputtering
graphene
concentrators
engineering
fabrication
electrical properties
nanotubes
machining
moments

Chemistry and Materials

silicon
wurtzite
hydrogen recombinations
photoelasticity
silicon dioxide

General

bombardment
crystals
energy
electronics
ion impact
optimization
simulation
craters
waveguides
electronic structure
projection
continuums
edge dislocations
topology
molecular dynamics
geometry
Q factors
curvature
crystal structure
buckling
wetting

Aerospace Sciences

laser cavities

Mathematical and Computer Sciences

finite element method

Life Sciences

disorders

Chemical Compounds

Silicon
Semiconductor quantum dots
Quantum confinement
Ions
Graphite
Ion bombardment
Electronic structure
Photonic crystals
Wave functions
Carbon Nanotubes
Electrons
Edge dislocations
Dislocations (crystals)
Electronic properties
Semiconductor materials
Substrates
Focused ion beams
Molecular dynamics
Atoms
Fabrication
Mechanics
Waveguides
Photoluminescence
Photons
Photonics
Silicon Dioxide
Sputtering
Ion beams
Hydrogen
Defects
Heterojunctions
Nanostructures
Grain boundaries
Strain relaxation
Argon
Hamiltonians
Point defects
Modulation
Solar cells
Energy gap
Masks
Band structure
Thin films
Electrostatics
Optics
Finite element method
Quasicrystals
Potential energy surfaces
MEMS
Charge carriers