• United States

Fingerprint Dive into the research topics where Penn State Altoona is active. These topic labels come from the works of this organization's members. Together they form a unique fingerprint.

Engineering & Materials Science

Engineering technology
Induction motors
Students
Asphalt
Rotors
Fluxes
Synchronous motors
Permanent magnets
Cloud computing
Propellants
Binders
Asphalt pavements
Aluminum
Railroads
Electric potential
Rocket engines
Asphalt mixtures
Carbon nanotubes
Nanowires
Pavements
Field emission
Ignition
Porphyrins
Propulsion
Metals
Temperature
Railroad tracks
Education
Fatigue of materials
Feedback
Teaching
Experiments
Analytic hierarchy process
Rails
Communication
Boron
Water
Nanotechnology
Testing
Rockets
Oxygen
Authentication
Polynomials
Vacuum
Electrons
Liquids
Iron
Security of data
Wireless sensor networks
Code division multiple access
Sensors
Fouling
Energy conversion
Cathodes
Solar energy
Polybutadienes
Solid propellants
Particle size
Tunnel junctions
Biometrics
Atoms
Geometry
Electrodes
Industry
Ice
Air
Photonic crystals
Ligands
Electrical engineering
Hydrogen peroxide
Gases
Composite materials
Electric current control
Adaptive systems
Molecules
Curricula
Radiation
Discrete event simulation
Mathematical operators
Electron emission
Hydrocarbons
Silicon
Torque
Engineering education
Coal dust
Chemical analysis
Elastomers
Sensor nodes
Finite difference method
Mathematical models
Hydrogen
Flow rate
Diodes
Power electronics
Atomic layer deposition
Biosynthesis
Electric fields
Graphene
Oxides
Stiffness

Chemical Compounds

asphalt
Carbon Nanotubes
Porphyrins
Aluminum
Metals
Nanowires
Binders
Iron
Oxides
Vanadium
Gases
Asphalt mixtures
Cations
Temperature
Oxygen
Asphalt pavements
Water
Ligands
Spectroelectrochemistry
Atoms
Ions
Silicon
Propellants
Heme
Oxidation
Ignition
Electrodes
Infrared radiation
Molecules
Photonic crystals
Graphite
Energy conversion
Elastomers
Hydrocarbons
Nitric Oxide
Composite materials
Chymotrypsin
Birds
Benzene
Railroads
Single-walled carbon nanotubes (SWCN)
Methane
Kinetics
Electrons
Biosynthesis
Vacuum
Polymers
Particle size
Electric fields
Anions
Ice
Raman spectroscopy
Field emission
Lignin
Carbon
Pavements
Raman scattering
Crystal structure
Boron
Hippurates
Data storage equipment
Ruthenium
Phonons
Hydrogen
Atomic layer deposition
Catalysts
Acoustics
Experiments
Tunnel junctions
Hydrogen storage
Electron emission
Solar energy
Liquids
Substrates
Capacitors
Propulsion
Geometry
Thin films
Brain
Nanotubes
Chemical analysis
Electric potential
Radiation
Salts
Sensors
Fatigue of materials
Air
Volumetric analysis
Polyketides
Lasers
Membranes
Naphthalenes
Field effect transistors
Molecular structure
Mortar
Threshold voltage
Magnetorheological fluids
pH
Derivatives
Crystalline materials

Physics & Astronomy

Engineering

carbon nanotubes
nanowires
solar cells
field effect transistors
ignition
graphene
propulsion
elastic scattering
scattering
cold cathodes
concentrators
slots
nanotubes
electrodes

General

field emission
rockets
flames
electron emission
propellants
metals
energy
gratings
fins
tunnel junctions
rectification
students
igniters
magnetorheological fluids
thin films
vapor phases
predictions
mars
geometry
equivalence
oxidizers
nozzles
ligands
deflagration
electron tunneling
problem solving
probes
scintillation counters
interactions
cells
vapor deposition
incidence
configurations
electric fields
conductivity
thermites
solid rocket propellants
tubes

Physics

burning rate
neutrons
deuterons
cations
photonics
flame propagation
reactivity
polaritons
neutron scattering
electric potential
temperature
physics
atoms
vacuum
current density
protons
anions
combustion stability

Chemistry and Materials

porphyrins
aluminum
vanadium oxides
water
carbon
silicon
ice
iron
liquids
diamonds
composite materials
hydrogen
oxidation
oxygen
boron
polybutadiene
gases
wire
oxides
tantalum oxides
air
molecules
metalloids
methane
benzene
nitric oxide
hydrogen peroxide
butenes

Aerospace Sciences

Raman spectroscopy
spectroscopy