Fingerprint 総合理工学研究院が取り組む研究トピックをご確認ください。これらのトピックラベルは、この組織のメンバーの研究に基づいています。これらを共に使用することで、固有の認識が可能になります。

Engineering & Materials Science

Temperature
Plasmas
Tritium
Hydrogen
Adsorption
Gases
Refrigerants
Chemical sensors
Oxides
Diamonds
Isotopes
Sensors
Oxygen
Air
Atoms
Substrates
Amorphous carbon
Transmission electron microscopy
Microstructure
Water
Electrons
Cooling
Pulsed laser deposition
Carbon films
Experiments
Lasers
Heat transfer
Ions
Composite films
Activated carbon
Thin films
Permeation
Metals
Adsorbents
Electrodes
Carbon
Recovery
Catalysts
Grain boundaries
Low energy electron diffraction
Heat transfer coefficients
Fusion reactors
Annealing
Deuterium
Nanoparticles
Desorption
Condensation
Ethanol
Mass transfer
Scattering
Irradiation
Oxidation
Heterojunctions
Neutrons
Sputtering
Magnetic fields
Computational fluid dynamics
Carrier concentration
Water vapor
Electron cyclotron resonance
Perovskite
Vapors
Creep
Heating
Semiconductor lasers
Liquids
Microwaves
Scanning electron microscopy
Semiconductor materials
Powders
Electron temperature
Air conditioning
Interferometers
Iron
Plasma deposition
Nitrogen
Fabrication
Waveguides
Crystals
Composite materials
Steel
Tungsten
Diamond films
Defects
Impurities
Silicon
Pumps
Copper
Thermal conductivity
Chemical analysis
Boiling liquids
Atmospheric humidity
Flow rate
Electric potential
Pressure drop
Hot Temperature
Martensite
Evaporation
Wire
Decomposition

Chemical Compounds

Hydrogen
Tritium
Temperature
Oxides
Gases
Plasmas
Chemical sensors
Oxygen
Diamond
Water
Atoms
Adsorption
Microstructure
Ions
Sensors
Isotopes
Transmission electron microscopy
Carbon Monoxide
Carbon
Metals
Steel
Catalysts
Substrates
Electrons
Permeation
Elongation
Grain boundaries
Deuterium
Nanoparticles
Air
Graphite
Oxidation
Thin films
Powders
Aluminum Oxide
Pulsed laser deposition
Low energy electron diffraction
Steam
Recovery
Iron
Amorphous carbon
Fusion reactors
Copper
Electrodes
Annealing
Experiments
Creep
Scanning electron microscopy
Molecules
Tungsten
Carbon films
Silicon
Desorption
Liquids
Molecular orbitals
Lasers
Irradiation
Crystals
Composite films
Polymers
Semiconductor materials
Benzene
Sputtering
Soot
Composite materials
Nitrogen
Magnetic fields
Lithium
Aluminum
Heterojunctions
Chemical analysis
Martensitic transformations
Ozone
Electronic structure
Decomposition
Methane
Diamond films
Shape memory effect
Semiconductor lasers
Fabrication
Ethanol
Cations
Interferometers
Mass transfer
Defects
Activated carbon
Impurities
Membranes
Substitution reactions
Crystalline materials
Surface structure
Doping (additives)
Thermal conductivity
Magnets
Heat treatment
Cooling
Waveguides
Photons
Heating
Fusion reactions

Physics & Astronomy

Chemistry and Materials

tritium
hydrogen
gases
diamonds
carbon
adsorption
composite materials
hydrogen isotopes
water
oxygen
air
oxides
silicon
adsorbents
deuterium
nitrogen
aluminum
boron nitrides
wire
molecules
water vapor

Physics

ions
temperature
neutrons
electrons
atoms
plasma jets
electron cyclotron resonance
solitary waves
electron diffraction
electron energy
deuterons
protons
fusion reactors
room temperature
laser plasmas
heat
cycles
heat transfer
compression waves
molecular orbitals
electric potential
light ions
low pressure

General

sensors
energy
lasers
shock
tubes
microstructure
simulation
elongation
transmission electron microscopy
thin films
cross sections
grain boundaries
refrigerants
evaluation
beds
interactions
augmentation
microwaves
steels
recovery
metals
desorption
blankets
crystals
vortices
cells
pulses
defects
insulators
thresholds
profiles
nuclei
waveguides
scanning electron microscopy
diamond films
atmospheres
mass transfer
magnets
condensation
counters

Engineering

Thomson scattering
electrodes
pulsed laser deposition
irradiation
heterojunctions
annealing
sputtering
x rays
semiconductor lasers
excitation
heating
fabrication

Social and Information Sciences

games

Aerospace Sciences

magnetic fields
spectroscopy
turbulence