Centre for Engineering Materials

  • United Kingdom

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Engineering & Materials Science

Rotors
Machining
Thin films
Permanent magnets
Transmission electron microscopy
Ion bombardment
Nanoparticles
Temperature
Turbines
Silica
Irradiation
Hot pressing
Fatigue of materials
Coatings
Compressors
Titanium dioxide
Stress concentration
Heat transfer
Differential scanning calorimetry
Pyrolysis
Helium
Tungsten
Graphite
Carbon nanotubes
Nuclear fuel cladding
Wheels
Crude oil
Finite element method
Dissolution
Hardness
Carbon
Entropy
Damage tolerance
Radiation
Gas fuel analysis
Deposits
Heat treatment
Metal foil
Microwaves
Substrates
Toughness
Precipitates
Refractory materials
Axial loads
Defects
Carbides
Ions
Durability
Thermal conductivity
Heavy ions
Nucleation
Alkaline earth metals
Cutting tools
Mechanical properties
Geothermal energy
Parallel flow
Friction
Fuel systems
Impellers
Stearic acid
Nusselt number
Decomposition
Skin
Microscopic examination
Milling (machining)
Heat transfer coefficients
Accidents
Fluids
Clamping devices
Electric motors
Pipe flow
Boundary conditions
Aspect ratio
Mass spectrometers
Atoms
Pipelines
Zeta potential
Austenitic stainless steel
Crystallite size
Crystalline materials
Ballistics
Flanges
Analytical models
Kinetics
Magnets
Radioactive wastes
Titanium
Microchannels
Polymorphism
Dispersions
Densification
Rocks
Scanning electron microscopy
Paint
Product development
Thermodynamics
Chemical analysis
Radiation damage
Light absorption
Hard coatings

Chemical Compounds

Thin films
Silicon Dioxide
Ion bombardment
Graphite
Liquid chromatography
Carbon Nanotubes
Microscopic examination
Decomposition
Microwaves
Nanoparticles
Temperature
Carbon
Polymers
Transmission electron microscopy
Hot pressing
Differential scanning calorimetry
Coatings
Pyrolysis
Heavy Ions
Nuclear fuel cladding
Dissolution
Hardness
Entropy
Pharmaceutical Preparations
Ions
Phenylbutazone
Radiation
Gas fuel analysis
Alkaline Earth Metals
Ephrin-A5
Heat treatment
Mechanical properties
Toughness
Precipitates
Mass spectrometers
Refractory materials
Gemfibrozil
Carbides
Radioactive Waste
Mass spectrometry
Thermoanalysis
Substrates
Nucleation
Irradiation
Damage tolerance
Helium
Tungsten
Fuel systems
Silicon
Axial loads
Heat transfer coefficients
Accidents
Clamping devices
Zeta potential
Friction
Austenitic stainless steel
Crystallite size
Ballistics
Hydrocarbons
Flanges
Kinetics
Microchannels
Polymorphism
Dispersions
Densification
Crystalline materials
Paint
Microwave heating
Chemical analysis
Differential thermal analysis
Light absorption
Hard coatings
Nanotubes
Spectrometry
Catalysis
Atoms
Boron
Sputtering
Gases
Environmental impact
Porous materials
Heat flux
Fracture toughness
Excipients
Skin
Hydrogen bonds
Blood vessels
Heat transfer
Coloring Agents
Particle size
Scanning electron microscopy
Sintering
Crime
Sputter deposition
Cracks
Boundary conditions
Thermodynamics
Viscosity
Impurities
Powders

Physics & Astronomy

Engineering

coatings
Reynolds stress
paints
irradiation
scanning
assemblies
nanotubes
heating
sputtering
carbon nanotubes
ion irradiation
sinks
shear stress
x rays
neutron irradiation

General

thin films
transmission electron microscopy
formulations
microwaves
Inconel (trademark)
heat measurement
swirling
Couette flow
thermal degradation
fading
microchannels
spacers
nozzles
precipitates
foils
dissolving
thermal analysis
liquid phases
accelerators
damage
microscopes
synthesis
entropy
boundary conditions
thermogravimetry
decomposition
sliding contact
impurities
defects
kinetics
energy
scanning electron microscopy
sliding
interactions
ligaments
wafers
products
radiation
microscopy
assembly
flow visualization
heat resistant alloys
accidents

Chemistry and Materials

rutile
anatase
silicon dioxide
mechanical properties
pyrolysis
titanium oxides
hardness
catalysis
tungsten
hydrocarbons
dyes
helium
acids
oxidation
silicon
polymers
hydrogen
modulus of elasticity
gas analysis
titanium
liquid chromatography
heptanes

Life Sciences

ulcers
drugs
blood vessels
radiation damage

Physics

ion accelerators
nuclear fuels
electromagnetic absorption
friction
ballistics
viscosity
nanoparticles
luminous intensity
ions
temperature
nuclear reactors
diffraction

Mathematical and Computer Sciences

radiation tolerance
statistics
Reynolds number

Aerospace Sciences

mass spectroscopy