Chemical Engineering and Materials Science

Profile The fingerprint is based on mining the text of the scientific documents related to the associated experts. Based on that an index of weighted terms is created, which defines the key subjects of research unit

Engineering & Materials Science

Temperature
Crystals
Plasticity
Titanium
Grain boundaries
Biomass
Students
Nucleation
Water
Microstructure
Fibers
Composite materials
Oxides
Oxygen
Molecular dynamics
Coatings
Lignin
Electrons
Industry
Biofuels
Electron diffraction
Mechanical properties
Adsorption
Degradation
Proteins
Strontium
Education computing
Glycols
Perovskite
Propylene
Nanoparticles
Cells
Crystal orientation
Tin
Saccharification
Twinning
Multilayers
Scanning
Thin films
Wood
Ammonia
Curricula
Soldering alloys
Diffraction
Aluminum
Acids
Enzymes
Ethanol
Lithium
Optoelectronic devices
Density functional theory
Corrosion
Atomic force microscopy
Tin alloys
Epoxidation
Binary alloys
Cerium compounds
Thermal cycling
Chemical engineering
Oxygen vacancies
Lanthanum
Polyelectrolytes
Graphene
Restoration
Extrusion
Ferrite
Thermal conductivity
Wastewater
Sintering
Wear of materials
Fatigue of materials
Membranes
Cellulose
Alcohols
Microscopic examination
Current density
Enzymatic hydrolysis
Computer science
Crops
Shear strength
Nanoindentation
Sugars
Engineering education
Yttria stabilized zirconia
Carrier mobility
Crystal microstructure
Extruders
Burgers vector
Cytology
Polarons
Trace analysis
Lanthanum compounds
Nanorobots
Calcium alloys
Lanthanum oxides
Thermoelectricity
Chip scale packages
Iron compounds
Metabolic engineering
Silver alloys

Chemical Compounds

Crystals
Plasticity
Titanium
Temperature
Grain boundaries
Nucleation
Carbon Monoxide
Microstructure
Water
Composite materials
Electrons
Adsorption
Coatings
Biomass
Mechanical properties
Proteins
Electron diffraction
Fibers
Molecular dynamics
Nanoparticles
Lignin
Twinning
Scanning
Enzymes
Infrared radiation
Wood
Diffraction
Atomic force microscopy
Lithium
Corrosion
Hydrolysis
Graphite
Polyelectrolytes
Restoration
Extrusion
Sorption
Multilayers
Wastewater
Wear of materials
Membranes
Fabrication
Lasers
Ethanol
Biofuels
Oxides
Metals
Feedstocks
Finite element method
Carbon
Crystal orientation
Cellulose
Copper
Oxygen
Microscopic examination
Cells
Crops
Gases
Shear strength
Nanoindentation
Chlorides
Aluminum
Reaction kinetics
Soldering alloys
Shear deformation
Sugars
Steel
Extruders
Plastic flow
Ammonia
Burgers vector
Silicon
Cobalt
Nanostructured materials
Carbon Dioxide
Trace analysis
Nanorobots
Fimbriae Proteins
Enzyme electrodes
Chip scale packages
Hydrofluoric Acid
Benzyl Alcohol
Soot
Cellulases
Acetylation
Bioconversion
Microwave circuits
Vanadium
Effluent treatment
Propylene Glycol
Diamond
Lipid bilayers
Polyesters
Carbon nanofibers
Enzymatic hydrolysis
Neutron activation analysis
Phosphorylcholine
Molybdenum
Elastic scattering
Kraft pulp
Aluminum Oxide

Physics & Astronomy

General

simulation
slip
crystals
grain boundaries
molecular dynamics
membranes
interactions
purity
atomic force microscopy
geometry
electronics
restoration
corrosion
microstructure
microscopy
effluents
anisotropy
shear
solders
density functional theory
recovery
conduction
damage
carts
cytology
end effectors
tin alloys
silver alloys
copper alloys
crack opening displacement
microcracks
electromigration
ternary alloys
binary alloys
shear flow
chromophores
delivery
adjusting
industries
chips
wafers
solid state
transition metals
grain size
pressing
thermoelectric materials
figure of merit

Chemistry and Materials

plastic properties
titanium
twinning
lithium
copper
composite materials
hydrogen
adsorption
oxides
tin
high strength
nanocomposites
perovskites
niobium
garnets
bismuth
clays
hydrides
intermetallics
lipids
dyes
sodium
wire
moisture

Engineering

nucleation
scanning
electric batteries
electrodes
carrier mobility
stress measurement
photodiodes
elastic scattering
solar cells
cathodes

Physics

cycles
electrons
electron diffraction
thermal conductivity
photons
diffraction
electric potential
quantum chemistry
neutron diffraction
neutron scattering
friction
specific heat
perturbation
strain rate

Life Sciences

horses
fouling
drugs

Mathematical and Computer Sciences

spectral methods
cross correlation