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Shibaura Institute of Technology ホーム
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応用化学科
芝浦工業大学
工学部
概要
フィンガープリント
ネットワーク
プロファイル
(16)
研究成果
(348)
フィンガープリント
応用化学科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
Acids
33%
Acrylics
12%
Addition reactions
40%
Adsorption
16%
Alumina
13%
Aluminum oxide
19%
Amides
11%
Anionic surfactants
12%
Annealing
23%
Atomic layer deposition
12%
Bacteria
16%
Benzene
12%
Capacitors
11%
Catalysts
33%
Cell adhesion
17%
Cells
10%
Ceramic membranes
11%
Chemical vapor deposition
33%
Chirality
13%
Copolymerization
20%
Copolymers
43%
Crystalline materials
20%
Crystallization
13%
Crystals
17%
Cyclization
21%
Decomposition
14%
Derivatives
14%
Dimethyl sulfoxide
11%
Electrodes
30%
Electroplating
10%
Enantiomers
17%
Ethers
23%
Ethylene
15%
Gallium
17%
Gallium nitride
10%
Gases
13%
Gels
83%
Glucose
15%
Glucose sensors
11%
Heparin
22%
Hydrogen
22%
Hydrogen peroxide
12%
Hydrogen production
26%
Hydrogenation
11%
Hydrosilylation
13%
Indium
27%
Iodine
14%
Ion-Selective Electrodes
13%
Ionic liquids
12%
Ions
21%
Iridium
13%
Irradiation
18%
Lactic acid
10%
Leaching
12%
Light scattering
12%
Membranes
100%
Metals
15%
Molecular weight
19%
Molecules
16%
Monomers
22%
Nuclear magnetic resonance
14%
Olefins
14%
Optical properties
14%
Organic solvents
18%
Oxidation
12%
Oxides
21%
Oxygen
11%
Permeation
31%
Permselective membranes
21%
Plasma polymerization
12%
Plasmas
17%
Platinum
12%
Polyethylene glycols
26%
Polyethylenes
16%
Polymerization
23%
Polymers
78%
Polyolefins
13%
Polypropylenes
10%
Polystyrenes
10%
Pore size
9%
Powders
13%
Propylene
19%
Proteins
15%
Quartz crystal microbalances
21%
Reagents
12%
Recovery
10%
Ring opening polymerization
10%
Selenium
31%
Sensors
15%
Silica
79%
Styrene
21%
Substrates
24%
Sulfur
10%
Temperature
28%
Thin films
14%
Tin oxides
26%
Toluene
16%
Wastewater
19%
Water
20%
Zeolites
21%
Chemical Compounds
Acid
10%
Acrylic Acid
8%
Addition Reaction
22%
Adsorption
8%
Alcohol
9%
Alkene
7%
Amide
10%
Amorphous Material
7%
Anilide
22%
Anionic Surfactant
19%
Annealing
13%
Application
13%
Behavior as Electrode
24%
Biguanide
19%
Buchwald-Hartwig Cross Coupling Reaction
8%
Capacitor
13%
Catalyst
20%
Cationic Surfactant
8%
Chemical Vapour Deposition
18%
Chirality
18%
Chromatography
8%
Copolymer
18%
Copolymerization
12%
Crystallization
7%
Cyclization Reaction
8%
Cyclopentane
12%
Diastereoselectivity
7%
Diffusion
13%
Electrodeposition
6%
Enantiomer
21%
Enantioselectivity
11%
Ether
14%
Flow
10%
Gas
11%
Gel
46%
Halogen
6%
Heparin
14%
Hydrochloride
12%
Hydrosilylation
10%
Immunoassay
9%
Indoles
7%
Ion
14%
Lactam
9%
Leaching
8%
Light Irradiation
8%
Liquid Crystal
7%
Liquid Film
23%
Metal
7%
Michael Addition
10%
Mixture
10%
Molecularly Imprinted Polymer
38%
Molecule
7%
Monomer
14%
Neamine
12%
Nitride
9%
Optical Property
6%
Organic Solvent
8%
Oxide
10%
Permeability
13%
Phase Separation
10%
Phenyl Group
9%
Plasma
8%
Plasma Polymerization
10%
Plate Glass
6%
Poly(ethylene Glycol Diacrylate)
15%
Poly(ethylene Glycol)
9%
Poly(propylene)
7%
Poly(vinyl Sulfate)
7%
Polymer Network
18%
Polymerization Reaction
12%
Polyolefin
11%
Pore Size
11%
Porosity
14%
Porous Polymer
28%
Propene
13%
Proton
7%
Purity
11%
Reaction Yield
11%
Reduction
10%
Rhodamine B
10%
Rotamer
15%
Rotational Barrier
15%
Siloxane
7%
Silsesquioxane
7%
Solvent
11%
Strain
14%
Styrene
13%
Surface
15%
Surface Plasmon Resonance
7%
Theophylline
9%
Thiol
11%
Time
11%
Toluene
10%
Triflate
8%
Wastewater
17%
Weight
10%
Wide-Angle X-Ray Scattering
6%
Zeolite
12%
Zirconocene
12%
Physics & Astronomy
acids
8%
acrylic acid
6%
alcohols
5%
alkoxides
6%
ammonia
7%
annealing
11%
anodes
5%
atomic layer epitaxy
6%
blood
7%
capacitors
13%
carbon
6%
catalysts
11%
cellulose
5%
ceramics
5%
chips
6%
chirality
8%
copolymers
5%
decomposition
10%
electrodes
11%
electroplating
10%
ethers
11%
ethylene
15%
functionals
10%
gallium nitrides
5%
gallium oxides
6%
gases
6%
gels
27%
glycols
16%
graphite
7%
halogens
5%
heat
5%
heparins
15%
hydrogen
8%
hydrogen production
16%
indium oxides
9%
iodides
13%
iodine
6%
ions
5%
iridium
11%
liquids
5%
membranes
25%
microbalances
8%
molecules
5%
monomers
7%
oxides
6%
permeability
5%
plating
5%
platinum
5%
polymerization
9%
polymers
24%
preparation
13%
quartz crystals
9%
reactors
6%
rhodamine
9%
roasting
5%
selectivity
6%
selenium
5%
sensors
9%
silicon dioxide
12%
sulfur
6%
synthesis
30%
temperature
7%
templates
7%
thin films
5%
thiols
11%
tin oxides
9%
water splitting
5%