Fingerprint Dive into the research topics where Brett Nener is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Heterojunctions
High electron mobility transistors
Two dimensional electron gas
Carrier transport
Diodes
Flight control systems
Photodiodes
Sensors
Gallium nitride
Ions
Electrons
Tuning
Magnetoresistance
Space debris
Landing
Photoconducting materials
Aircraft
Molecular beam epitaxy
Infrared radiation
Metallorganic chemical vapor deposition
Wavelength
Deep level transient spectroscopy
Nitrides
Electrodes
Energy gap
Indium
Defects
MEMS
Ohmic contacts
Refractive index
Irradiation
Activation energy
Temperature
Ionophores
X ray photoelectron spectroscopy
Aircraft landing systems
Dosimetry
Spectrum analysis
Infrared detectors
Transistors
Ion implantation
Aircraft landing
Capacitance measurement
Chromosomes
pH sensors
Self compacting concrete
Surface chemistry
Electric potential
Galvanomagnetic effects
Analytical models
Chemical Compounds
Heterojunctions
High electron mobility transistors
Ions
Two dimensional electron gas
Diodes
Photodiodes
Sensors
Transistors
Carrier transport
Infrared radiation
Photoconducting materials
Magnetoresistance
Metallorganic chemical vapor deposition
Silicon
aluminum gallium nitride
Membranes
Deep level transient spectroscopy
Buffers
Defects
MEMS
Metals
X ray photoelectron spectroscopy
Electrons
Ohmic contacts
Energy gap
Oxides
Irradiation
Electrolytes
Dosimetry
Infrared detectors
Electrodes
Chemical sensors
Wavelength
Capacitance measurement
pH sensors
Adsorption
Self compacting concrete
Organic Chemicals
Polymers
Space debris
Field effect transistors
Surface chemistry
Activation energy
Galvanomagnetic effects
Molecular beam epitaxy
Analytical models
Ionophores
Spectrum analysis
Charge trapping
Troposphere
Physics & Astronomy
Engineering
high electron mobility transistors
space debris
traps
Schottky diodes
electrodes
photodiodes
free-space optical communication
spectrum analysis
contact resistance
ITO (semiconductors)
p-n junctions
microelectromechanical systems
irradiation
diodes
receivers
Chemistry and Materials
nitrides
indium
molecular beam epitaxy
silicon
nitrates
General
sensors
defects
electron gas
gas transport
damage
caps
ion probes
electric contacts
profiles
buffers
implantation
membranes
scintillation
suggestion
metalorganic chemical vapor deposition
ion implantation
conductivity
surface layers
nanocrystals
Physics
electrons
photoconductivity
ions
photoconductors
refractivity
refraction
electric potential
Life Sciences
dosage
Aerospace Sciences
gamma rays
troposphere
Mathematical and Computer Sciences
sensitivity