Department of Applied Chemistry

Fingerprint Dive into the research topics where Department of Applied Chemistry is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Chemical Compounds

Ions
Ionic Liquids
Derivatives
Polymers
Temperature
Silicon Dioxide
Nanoparticles
Crystals
Glycosylation
Photoluminescence
Crystallization
Iron
Water
Amides
Electrodes
Lithium
Molecules
Porphyrins
Oxides
Carbon
Nanocrystals
Substrates
Thin films
Sol-gels
Gels
Lipase
Irradiation
Crystalline materials
Biological Products
Metals
Nanosheets
Microspheres
Sugars
Liquids
Gases
Sol-gel process
Fabrication
Esters
Polymerization
Coloring Agents
Cations
Calcium Carbonate
Powders
Alcohols
Ligands
Glycosides
DNA
Anti-Bacterial Agents
Salts
Fluorescence
Acids
Ionophores
carbopol 940
Surface-Active Agents
Paramagnetic resonance
Anions
Glucose
Phosphors
Hydrogel
Lactones
Composite materials
Nuclear magnetic resonance
Magnetic properties
Bubble formation
Oxygen
Cyclization
Heating
Degradation
Oxidation
Cells
Carbonates
Color
Hydrogen bonds
Coatings
Polymethyl Methacrylate
Atoms
Trifluoroacetic Acid
Biomimetics
Acetates
Bearings (structural)
Electrons
Oligomers
Molten materials
Electrodeposition
Fluorides
Stereoselectivity
Zinc Oxide
Silicates
Zinc Acetate
Palladium
Wavelength
Aldehydes
Ring opening polymerization
Proteins
Ion chromatography
Glass
Durapatite
Molecular weight
Carbohydrates
Ketones

Engineering & Materials Science

Ionic liquids
Temperature
Nanoparticles
Ions
Crystals
Amides
Lipases
Electrodes
Photoluminescence
Polymers
Silica
Gels
Thin films
Nanocrystals
Sol-gels
Acids
Substrates
Crystalline materials
Lithium
Microspheres
Irradiation
Polymerization
Molecules
Fabrication
Oligomers
Sol-gel process
Enzymes
Water
Derivatives
Liquids
Oxides
Crystal growth
Nanosheets
Titanium dioxide
Iron
Hydrogels
DNA
Molten materials
Carbonates
Phosphors
Composite materials
Salts
Bubble formation
Crystallization
Electrodeposition
Molecular weight
Heating
Powders
Positive ions
Oxygen
Surface active agents
Degradation
Particles (particulate matter)
Coatings
Metals
Titanium
Porphyrins
Gases
Recycling
Paramagnetic resonance
Zinc
Magnetic properties
Dyes
Proteins
Chemical analysis
Aerosols
Glass
Hydrogen bonds
Sols
Microfluidics
Esters
Optical properties
Fluorescence
Bubble columns
Color
Ring opening polymerization
Hydroxyapatite
Electrolytes
Redox reactions
Air
Calcite
Liquid crystal polymers
Negative ions
Monolayers
Biomimetics
Ligands
Polyesters
Organic polymers
Sugars
Monomers
Oxidation
Heat treatment
Adsorption
Bubbles (in fluids)
Nanostructures
Alcohols
Luminescence
Carbon
Electrons
Specific surface area

Physics & Astronomy

General

synthesis
preparation
crystals
aqueous solutions
thin films
rings
nanocrystals
surfactants
routes
metals
interactions
solid state
polymerization
ligands
insertion
crystal structure
assembly
latex
molten salts
cells
micrometers
dissolving
aerogels
products
sol-gel processes
porosity
citrates
oxide films

Chemistry and Materials

gels
silicon dioxide
polymers
iron
acetates
liquids
porphyrins
hydroxides
lithium
phosphors
acids
crystal growth
amides
glass
zinc
dyes
molecules
crystallization
titanium
water
silica glass
anatase
alkoxides
carbonates
composite materials
oxides
deoxyribonucleic acid
hydrogen bonds
ceramics
fluorides
glucosides
esters
oxygen
ureas
carbazoles
calcite
silica gel
oxidation
proteins
adsorption
oxyfluorides
glycols
acrylic acid
zinc oxides
hydrolysis
silicates
carbon

Physics

nanoparticles
photoluminescence
ions
temperature
optical properties
room temperature
nuclear magnetic resonance
cations
atoms

Engineering

irradiation
fabrication
magnetic properties
electrodes
heating
x rays
coatings
self assembly
nanorods
coating
excitation
nucleation
heat treatment
electric batteries
solar cells

Mathematical and Computer Sciences

matrices