AINE: Applied Nanoionics, Center for (CANi)

Fingerprint Dive into the research topics where AINE: Applied Nanoionics, Center for (CANi) is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

Engineering & Materials Science

Metallizing
Data storage equipment
Microbial fuel cells
Solid electrolytes
Microfluidics
Silver
Glass
Acoustic resonators
Electric potential
MEMS
Radiation
Ions
Anodes
Proteins
Biosensors
Electrodes
Electrolytes
Biofilms
Adsorption
Monitoring
Thin films
Electrons
Surface plasmon resonance
Sensors
Brain
Oxides
Microphones
Hearing aids
Bipolar transistors
Radiation effects
Microsystems
Metals
Networks (circuits)
Backscattering
Self assembled monolayers
Copper
Cerebrospinal fluid
Ionizing radiation
Electrodeposition
Tuning
Diaphragms
Size exclusion chromatography
Gamma rays
Threshold voltage
Doping (additives)
Substrates
Dosimetry
Transistors
Germanium
Liquids
Durability
Thermal diffusion
Membranes
Hydrogels
Degradation
Temperature
Metal ions
Silicon
Nanostructures
Polydimethylsiloxane
Drain current
Chemical analysis
Electrostatic actuators
Irradiation
Positive ions
Redox reactions
Antennas
Electron holography
Mass transfer
Ultrasonics
Raman spectroscopy
Heavy ions
Macros
Acoustics
Diodes
Resonators
Resistors
Screening
Spectroscopy
Cathodes
SPICE
Acoustic waves
Flexible electronics
Electromagnetic coupling
Switches
Testing
Energy conversion
Sheet resistance
Monolayers
Carbon
X ray diffraction
Separators
Lab-on-a-chip
Semiconductor materials
Circuit simulation
Biomolecules
Electric power utilization
Graphene
Nanotechnology
MOSFET devices

Physics & Astronomy

Engineering

random access memory
microelectromechanical systems
junction transistors
field effect transistors
fuel cells
electrodes
bipolar transistors
resonators
ionizing radiation
direct current
anodes
transistors
microphones
irradiation
CMOS
tuning
electromagnetic coupling
transponders
x rays
backscattering
electrodeposition
actuators
metal oxide semiconductors
magnetic permeability

General

cells
radiation
thin films
sensors
filaments
biofilms
high resistance
Q factors
low resistance
programming
damage
diaphragms
simulation
metals
cleanliness
membranes
degradation
solid state
wafers
conduction
fluence
products
endurance
electronics
isolation
optimization
platforms

Life Sciences

dosage
radiation effects
hearing
bladder
cancer
serums
single event upsets

Chemistry and Materials

glass
silver
proteins
fibrinogen
S glass
liquids
adsorption
oxides
selenides
crystallization
germanium

Physics

solid electrolytes
radiant flux density
acoustics
ions
electric potential
electrolytes
threshold voltage
electrons
impedance
thermal diffusion
diffraction
low voltage
physics

Aerospace Sciences

gamma rays
Raman spectroscopy
traveling ionospheric disturbances
spectroscopy

Chemical Compounds

Metallizing
Microbial fuel cells
Data storage equipment
Silver
Biofilms
Glass
Microfluidics
Solid electrolytes
Ions
Anodes
Thin films
Electrons
MEMS
Biosensors
Electrolytes
Electric potential
Acoustic resonators
Adsorption
Electrodes
Metals
Self assembled monolayers
Substrates
Oxides
Surface plasmon resonance
Radiation
Diaphragms
Silicon
Electrostatic actuators
Crystallization
Microphones
Copper
Proteins
Ultrasonics
Raman spectroscopy
Nanostructures
Membranes
Macros
Fibrinogen
Chemical analysis
Graphite
X ray diffraction
Screening
Spectroscopy
Electron holography
Threshold voltage
Kinetics
Thermal diffusion
Energy conversion
Liquids
Doping (additives)
Cations
Silicones
Size exclusion chromatography
Acoustic waves
Temperature
Thyroglobulin
Electrodeposition
Drain current
Resistors
Metal ions
SPICE
Acoustics
Amorphous films
Actuators
Monitoring
Carbon
Dosimetry
Rutherford backscattering spectroscopy
Tuning
Nanotechnology
Hearing aids
Germanium
Power generation
Polyethylene
Networks (circuits)