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Shibaura Institute of Technology ホーム
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地域環境システム専攻
大学院理工学研究科
博士課程
概要
フィンガープリント
ネットワーク
プロファイル
(109)
研究成果
(4204)
活動
(12)
プレス/メディア
(1)
受賞
(4)
フィンガープリント
地域環境システム専攻が活動している研究トピックを掘り下げます。これらのトピックラベルは、この組織のメンバーの研究成果に基づきます。これらがまとまってユニークなフィンガープリントを構成します。
並べ替え順
重み付け
アルファベット順
Engineering & Materials Science
Superconducting materials
100%
Temperature
53%
Proton beams
36%
Mechanical alloying
36%
Flux pinning
35%
Powders
35%
Gels
34%
Hydrogen
30%
Polymers
27%
Silica
26%
Microstructure
26%
Ions
24%
Oxygen
23%
Membranes
23%
Solid oxide fuel cells (SOFC)
22%
Hot Temperature
21%
Oxides
20%
Metals
20%
Magnetic fields
19%
Thin films
19%
Fabrication
19%
Liquids
19%
Infiltration
18%
Crystals
18%
Magnetization
17%
Quasicrystals
17%
Carbon
17%
Plasmas
17%
Fatigue of materials
16%
Air
16%
Electrodes
16%
Catalysts
15%
Substrates
15%
Hydrides
15%
Chemical analysis
14%
Nanoparticles
14%
Experiments
14%
Photoluminescence
13%
Coatings
13%
Sintering
13%
Magnets
13%
Soldering alloys
13%
Annealing
12%
Gases
12%
Electric potential
12%
Doping (additives)
12%
Water
12%
Boron
11%
Addition reactions
11%
Air conditioning
10%
Nitriding
10%
Chemical vapor deposition
10%
X ray diffraction
10%
Scanning electron microscopy
10%
Grain boundaries
10%
Crystal structure
10%
Soil cement
10%
Irradiation
10%
Permeation
10%
Scanning
10%
Lasers
10%
Composite materials
9%
Actuators
9%
Concretes
9%
Copolymers
9%
Recovery
9%
Mechanical properties
9%
Hydrogenation
9%
Hydrogen storage
9%
Aluminum oxide
9%
Titanium
9%
Elastomers
8%
Desorption
8%
Heating
8%
Silver
8%
Fused silica
8%
Spark plasma sintering
8%
Solid solutions
8%
High temperature superconductors
8%
Pulsed laser deposition
8%
Transmission electron microscopy
8%
Alumina
8%
Solid state reactions
8%
Oxidation
8%
Finite element method
8%
Superconducting transition temperature
8%
Skutterudites
8%
Diamonds
8%
Reforming reactions
8%
Perovskite
8%
Cracks
8%
Crystalline materials
8%
Acids
7%
Steam reforming
7%
Glass
7%
Seed
7%
Single crystals
7%
Defects
7%
Hybrid systems
7%
Selenium
7%
Chemical Compounds
Superconductor
90%
Mechanical Alloying
29%
Current Density
27%
Microstructure
26%
Magnetic Field
24%
Alloy
19%
Surface
18%
Liquid Film
17%
Force
17%
Sintering
16%
Gel
15%
Levitation
15%
Liquid
15%
Magnetization
14%
Quasicrystallinity
14%
Simulation
14%
Application
13%
Dioxygen
13%
Hydrogen
12%
Oxide
12%
Thermoelectricity
12%
Time
12%
Solder
12%
Flow
11%
Crack Propagation
11%
Strain
11%
Plasma
11%
Grain Boundary
11%
Amorphous Material
10%
Purity
10%
Gas
10%
Environment
10%
Energy
10%
Amount
10%
Heat
10%
Annealing
9%
Air Conditioning
9%
Pressure
9%
Metal
9%
Velocity
9%
Strength
9%
Reduction
9%
Boron Atom
8%
Porous Polymer
8%
Composite Material
8%
Nanoparticle
8%
Creep
7%
Lanthanoid Atom
7%
Proton
7%
Mixture
7%
Volume
7%
Thermal Fatigue
7%
Ion
7%
Pulsed Laser Deposition
7%
Ambient Reaction Temperature
7%
Electron Backscatter Diffraction
6%
Nitrogen
6%
Diffusion
6%
Heat Transfer
6%
Catalyst
6%
Porosity
6%
Addition Reaction
6%
Hydride
6%
Coating Agent
6%
Solid Solution
6%
Behavior as Electrode
6%
Heat Pipe
6%
Carbon Atom
6%
Cooling
6%
Superconductive Transition Temperature
6%
Grain Size
5%
Magnesium Atom
5%
Crystal Structure
5%
Strain Hardening
5%
Dielectric Material
5%
Nitride
5%
Thermal Conductivity
5%
Size Reduction
5%
Shear
5%
Hydrogenation
5%
Solid State Reaction
5%
X-Ray Diffraction
5%
Contact Resistance
5%
Magnetic Flux
5%
Soil
5%
Wear
5%
Single Crystalline Solid
5%
Pellet
5%
Plate Like Crystal
5%
Reaction Yield
5%
Ductility
5%
Partial Pressure
5%
Physics & Astronomy
critical current
30%
current density
22%
flux pinning
22%
infiltration
19%
performance
18%
microstructure
17%
temperature
17%
synthesis
15%
levitation
14%
hydrogen
13%
proton beams
13%
gels
11%
sintering
11%
magnetization
11%
fatigue life
10%
oxygen
10%
solid oxide fuel cells
9%
evaluation
9%
solders
9%
alloying
9%
fabrication
9%
oxides
8%
magnets
8%
steam
8%
magnetic fields
8%
ions
8%
boron
8%
carbon
8%
cycles
8%
catalysts
8%
characterization
7%
polymers
7%
silicon dioxide
7%
nanoparticles
7%
balls
7%
thin films
7%
microbeams
7%
seeds
7%
air
7%
solid state
7%
liquid oxygen
7%
methane
6%
diffraction
6%
trapping
6%
liquids
6%
silica glass
6%
annealing
6%
scanning electron microscopy
6%
trapped magnetic fields
6%
gases
6%
defects
6%
metals
5%
atmospheres
5%
energy
5%
YBCO superconductors
5%
optimization
5%
membranes
5%
x rays
5%
augmentation
5%
actuators
5%
silver
5%
crack propagation
5%
preparation
5%
liquid phases
5%
mechanical properties
5%
thermal fatigue
5%
simulation
5%
elastomers
5%
lubricants
5%
permanent magnets
5%
recovery
5%