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

Engineering & Materials Science

Electrons
Solar cells
Excitons
Dyes
Positive ions
Microwaves
Semiconductor materials
Kinetics
Charge transfer
Conjugated polymers
Electronic properties
Electrodes
Energy gap
Optoelectronic devices
Perovskite
Light emitting diodes
Heterojunctions
Lead
Conversion efficiency
Carrier concentration
Semiconducting polymers
Ions
Schrodinger equation
Rate constants
Current voltage characteristics
Electron energy levels
Quantum efficiency
Diodes
Reflectometers
Dendrimers
Dark currents
Poisson equation
Hysteresis
Organic light emitting diodes (OLED)
Optical waveguides
Polymer blends
Electric potential
Wave functions
Activation energy
Germanium
Nitrides
Energy transfer
Nanotubes
Semiconductor quantum wells
Tin
Electrolytes
Photocurrents
Titanium
Structural properties
Solid solutions

Chemical Compounds

Solar cells
Cations
Electrons
Conjugated polymers
Iodides
Coloring Agents
Electronic properties
Charge transfer
Optoelectronic devices
Ions
Heterojunctions
Current voltage characteristics
Energy gap
Microwaves
Semiconducting organic compounds
Semiconducting polymers
Germanium
Carrier concentration
Dendrimers
Semiconductor materials
Electrodes
Tin
Reflectometers
Dark currents
Lighting
Optical waveguides
Polymer blends
Hysteresis
Photocurrents
Fluorides
Energy transfer
Nanotubes
Kinetics
Electric potential
Light emitting diodes
Structural properties
Gene Conversion
Solid solutions
Nanostructures
Hydrogen bonds
LDS 751
Charge carriers
Thin films
Temperature
Doping (additives)
Substrates
Dye-sensitized solar cells
Open circuit voltage
Analytical models
Conversion efficiency

Physics & Astronomy

Engineering

solar cells
traps
light emitting diodes
free electrons
interlayers
rods
electrodes
optoelectronic devices
carrier mobility

Chemistry and Materials

dyes
polymers
dendrimers
germanium
tin
solid solutions
adsorption
perovskites
iodides

Physics

excitons
diffusion length
electrons
electric potential
electron diffusion
optical waveguides
reflectance
anions
cations
electrolytes

Life Sciences

disorders
organic materials

General

simulation
polymer blends
minimal surfaces
organic semiconductors
cells
ion motion
strip
injection
kinetics
hysteresis
electronics
microwaves
energy
temperature dependence
curves
evaluation
continuity equation
random walk
thermal energy

Social and Information Sciences

scaling laws