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Shibaura Institute of Technology ホーム
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博士課程
芝浦工業大学
大学院理工学研究科
概要
フィンガープリント
ネットワーク
プロファイル
(249)
研究成果
(10147)
活動
(12)
プレス/メディア
(1)
受賞
(5)
フィンガープリント
博士課程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%
Robots
80%
Temperature
77%
Plasmas
61%
Experiments
58%
Sensors
50%
Substrates
47%
Thin films
43%
Electric potential
42%
Mechanical alloying
42%
Controllers
40%
Electrodes
39%
Hysteresis
39%
Permanent magnets
38%
Powders
38%
Proton beams
36%
Polymers
35%
Fabrication
35%
Flux pinning
34%
Microstructure
34%
Metals
33%
Buffer layers
33%
Hydrogen
33%
Oxygen
33%
Gels
31%
Carbon
31%
Communication
31%
Actuators
30%
Torque
30%
Liquids
29%
High electron mobility transistors
29%
Muscle
28%
Silica
28%
Hot Temperature
28%
Magnets
28%
Fibers
28%
Magnetic fields
28%
Lasers
27%
Reluctance motors
27%
Coatings
27%
Electrons
27%
Networks (circuits)
26%
Fluxes
26%
Magnetization
26%
Air
25%
Synchronous motors
25%
Ions
25%
Membranes
25%
Water
25%
Oxides
24%
Wavelength
24%
Surface states
24%
Catalysts
24%
Acoustic waves
23%
Feedback
23%
Crystals
23%
Solid oxide fuel cells (SOFC)
22%
Phase shift
22%
Control systems
22%
Stabilization
22%
Waveguides
21%
Doping (additives)
21%
Time delay
20%
Nanoparticles
20%
Optical fibers
19%
Crystalline materials
19%
Composite materials
19%
Laser excitation
19%
Acoustic impedance
19%
Gases
19%
Quasicrystals
19%
Magnetooptical effects
19%
Chemical analysis
19%
Chemical vapor deposition
18%
Annealing
18%
Heterojunction bipolar transistors
18%
Finite element method
18%
Microfluidics
18%
Piezoelectric actuators
18%
Color
18%
Irradiation
18%
Robotics
18%
Passivation
18%
Mobile robots
18%
Antennas
18%
Patient rehabilitation
18%
Carbon nanotubes
18%
Computer simulation
17%
Electric breakdown
17%
Fatigue of materials
17%
Wire
17%
Glass
17%
Infiltration
17%
Students
17%
Disasters
16%
Recovery
16%
Biosensors
16%
Single mode fibers
16%
Costs
16%
Copper
16%
Chemical Compounds
Superconductor
89%
Liquid Film
43%
Alloy
38%
Mechanical Alloying
34%
Microstructure
33%
Simulation
31%
Surface
31%
Current Density
30%
Plasma
27%
Force
25%
Magnetic Field
24%
Time
23%
Dioxygen
22%
Behavior as Electrode
21%
Flow
21%
Levitation
20%
Strain
20%
Application
20%
Reduction
18%
Liquid
17%
Coating Agent
17%
Energy
16%
Quasicrystallinity
16%
Magnetization
15%
Composite Material
15%
Pressure
15%
Amorphous Material
15%
Gel
14%
Magnesium Alloy
14%
Hydrogen
14%
Fiber
14%
Voltage
14%
Sintering
14%
Oxide
13%
Velocity
13%
Carbon Atom
13%
Amount
13%
Breakdown Voltage
13%
Gas
13%
Thermoelectricity
12%
Wavelength
12%
Environment
12%
Annealing
12%
Plate Like Crystal
11%
Heat
11%
Grain Boundary
11%
Metal
11%
Nanoparticle
11%
Crack Propagation
11%
Solder
11%
Wear
11%
Purity
10%
Carbon Nanotube
10%
Chemical Passivation
10%
Mixture
10%
Strength
9%
Length
9%
Impact Ionization
9%
Corrosion Resistance
9%
Friction Coefficient
9%
Cooling
9%
Resistance
9%
Catalyst
9%
Creep
9%
Air Conditioning
9%
Nitrogen
8%
Shape Memory Alloys
8%
Volume
8%
Ambient Reaction Temperature
8%
Molecularly Imprinted Polymer
8%
Buffer Solution
8%
Deep Donor
8%
Dielectric Material
8%
Ion
8%
Surface State
8%
Capacitor
8%
Boron Atom
7%
Protein
7%
Proton
7%
Error
7%
Shear
7%
Surface Acoustic Wave
7%
Polarization
7%
Electron Particle
7%
Solid Solution
7%
Green
7%
Nitride
7%
Diffusion
7%
Lanthanoid Atom
7%
Shape Memory Effect
7%
Corrosion
7%
Heat Pipe
7%
Weight
7%
Magnesium Atom
7%
Semiconductor
7%
Surface Wave
7%
Solidification
6%
Martensitic Transformation
6%
Physics & Astronomy
particle telescopes
30%
critical current
29%
performance
29%
temperature
24%
current density
24%
microstructure
23%
flux pinning
23%
cosmic rays
20%
synthesis
19%
International Space Station
18%
x rays
18%
evaluation
18%
infiltration
17%
calorimeters
17%
energy
17%
isolators
17%
thin films
16%
levitation
16%
fibers
16%
buffers
16%
fabrication
15%
hydrogen
15%
electrons
14%
sensors
14%
high electron mobility transistors
14%
simulation
14%
oxygen
14%
steam
14%
alloying
13%
acoustics
13%
catalysts
13%
gamma rays
13%
carbon
13%
robots
13%
detectors
13%
proton beams
13%
gels
12%
optical fibers
11%
characterization
11%
electrodes
11%
magnetization
11%
preparation
11%
pulses
11%
oxides
10%
nanoparticles
10%
metals
10%
trapping
10%
air
10%
polymers
10%
coatings
10%
time lag
10%
sintering
10%
magnetic fields
10%
phase shift
9%
protons
9%
fatigue life
9%
lasers
9%
liquid phases
9%
waveguides
9%
solid state
9%
solid oxide fuel cells
9%
cells
9%
balls
9%
balloons
9%
graphene
9%
silicon dioxide
9%
actuators
8%
solders
8%
scanning electron microscopy
8%
gases
8%
chips
8%
optimization
8%
wavelengths
8%
crystals
8%
annealing
8%
cycles
8%
seeds
8%
liquids
8%
corrosion
8%
field effect transistors
8%
ions
8%
water
8%
diffraction
8%
bismuth
8%
magnetic resonance
8%
carbon nanotubes
7%
spatial resolution
7%
composite materials
7%
magnets
7%
microbeams
7%
electric potential
7%
atmospheres
7%
boats
7%
breakdown
7%
vibration
7%
matrices
7%
vapor deposition
7%
garnets
7%
boron
7%
mechanical properties
7%