• United States

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

Chemical Compounds

Polymers
Ferroelectric materials
Temperature
Thin films
Glass
Metals
Oxides
Thermodynamics
Aluminum Oxide
Chemical analysis
Ions
Microstructure
Substrates
Membranes
Sintering
Silicon
Graphite
Water
Composite materials
Molecular dynamics
Powders
Copolymers
Polarization
Permittivity
Phase transitions
Nanocomposites
Electrodes
Crystallization
Oxygen
Grain growth
Liquids
Density functional theory
Computer simulation
Domain walls
Doping (additives)
Fabrication
Defects
Kinetics
Electric fields
Processing
Carbon Nanotubes
Crystals
Carbon
Welds
Capacitors
Single crystals
Dielectric properties
Polypropylenes
Thermodynamic properties
Nanowires
Silicon Dioxide
Crystalline materials
Silicates
Heterojunctions
Anions
Ionomers
Polystyrenes
Block copolymers
Transmission electron microscopy
Nickel
Nanoparticles
Cations
Multilayers
Phase diagrams
Electric properties
Nucleation
Annealing
Adsorption
Welding
Ether
Grain boundaries
Atoms
Hydrogen
Densification
3D printers
Gases
Chemical vapor deposition
Protons
Electrons
Boranes
Oxidation
Phase equilibria
Enthalpy
Transition metals
Electric potential
Electrolytes
Spectroscopy
Mechanical properties
Aluminum
Energy storage
Gels
Experiments
Geometry
Solid solutions
Elastic moduli
Salts
Copper
Electronic structure
X ray diffraction
Barium titanate

Engineering & Materials Science

Ferroelectric materials
Temperature
Thin films
Polymers
Glass
Thermodynamics
Chemical analysis
Substrates
Membranes
Microstructure
Oxides
Sintering
Metals
Perovskite
Composite materials
Copolymers
Permittivity
Ions
Molecular dynamics
Ion exchange
Phase transitions
Electrodes
Polarization
Grain growth
Nanocomposites
Liquids
Fabrication
Water
Lead
Single crystals
Doping (additives)
Capacitors
Defects
Domain walls
Electric fields
Computer simulation
Graphene
Crystals
Nanowires
Oxygen
Processing
Kinetics
Powders
Silicon
Welds
Heterojunctions
Transmission electron microscopy
Dielectric properties
Multilayers
Crystalline materials
Alumina
Thermodynamic properties
Electric properties
Density functional theory
Energy harvesting
Crystallization
Nanoparticles
Ethers
Electric potential
Grain boundaries
Welding
Block copolymers
Annealing
Ionomers
Negative ions
Phase diagrams
Protons
Carbon
3D printers
Nucleation
Densification
Chemical vapor deposition
Adsorption
Positive ions
Oxidation
Nickel
Semiconductor materials
Atoms
Harvesters
Phase equilibria
Polypropylenes
Barium titanate
Gels
Silica
Ohmic contacts
Experiments
Mechanical properties
Phase boundaries
Polystyrenes
Silicates
Geometry
Spectroscopy
Actuators
Transition metals
Monolayers
Solid solutions
Enthalpy
X ray diffraction
Carbon nanotubes
Hydrogen

Physics & Astronomy

General

thin films
simulation
thermodynamics
domain wall
metals
single crystals
molecular dynamics
energy
electric contacts
membranes
electric fields
microstructure
crystals
defects
electronics
synthesis
capacitors
transmission electron microscopy
vapor deposition
density functional theory
microscopy
kinetics
sintering
conduction
grain boundaries
hysteresis
phase diagrams
metalorganic chemical vapor deposition
conductivity
interactions
lasers
predictions
transition metals
geometry
thermodynamic properties
fluid flow
electronic structure
sensors
fibers
grain size

Chemistry and Materials

glass
ceramics
polymers
composite materials
oxides
silicon
oxygen
barium
nanocomposites
liquids
gels
water
elastic properties
solid solutions
chemistry
carbon
ethers
silicates
nickel
silicon dioxide
mechanical properties
laminates
sapphire
crystallization
lithium
molecular beam epitaxy
vinylidene
vapors

Physics

temperature
polarization
coefficients
electric potential
ions
room temperature
nanoparticles
transition temperature
heat transfer
cations
electro-optics
gradients

Engineering

dielectric properties
permittivity
electrodes
welding
graphene
fabrication
nanowires
annealing
x rays
electrical properties
copolymers
carbon nanotubes
contact resistance
fuel cells
nucleation
electrical resistivity
actuators
scanning
nanotubes

Aerospace Sciences

spectroscopy