Laboratory for Functional Materials on the Basis of Clusters and Supramolecular Compounds

Chemical Compounds

• Metals
• Crystal structure
• Polymers
• Ligands
• Cations
• Anions
• Salts
• Single crystals
• X ray diffraction analysis
• Niobium
• Luminescence
• Halogens
• Discrete Fourier transforms
• Dimethylformamide
• Chemical analysis
• phosphine
• X ray diffraction
• Infrared spectroscopy
• Atoms
• Self assembly
• Bromides
• Molecules
• Ions
• Zinc
• Molybdenum
• Acids
• Cyclodextrins
• Tantalum
• Adsorption
• Nuclear magnetic resonance spectroscopy
• Dicarboxylic Acids
• Nuclear magnetic resonance
• Oxidation
• Thermodynamic stability
• Iodides
• Thermogravimetric analysis
• Crystals
• Paramagnetic resonance
• Heating
• Sulfides
• Rhenium
• X rays
• Benzene
• Photoluminescence
• Electrons
• Copper
• Bismuth
• Oxalates
• Vanadium
• Topology
• Cyclic voltammetry
• Alkanes
• Acetone
• X ray powder diffraction
• Thiophenes
• Derivatives
• Phosphorescence
• Electronic structure
• Cadmium
• Coordination Complexes
• Crystallization
• Scandium
• Silver
• Carbon Monoxide
• Chlorides
• Gas adsorption
• Catalyst activity
• Mass spectrometry
• Water
• Sorption
• Carbon Dioxide
• Geometry
• Tungsten
• Lanthanoid Series Elements
• Manganese
• Iodoacetates
• Antimony
• Quantum yield
• Temperature
• Proton conductivity
• Iodine
• Oxygen
• Spectroscopy
• Kinetics
• X ray analysis
• Ethane
• Isomers
• Catalysis
• Magnetic properties
• Palladium
• Catalysts
• Raman spectroscopy
• Protons
• Charge transfer
• Tuning
• Transition metals
• Vapors
• Nitrogen
• Crystalline materials
• Potassium

Engineering & Materials Science

• Crystal structure
• Ligands
• Positive ions
• Negative ions
• X ray diffraction analysis
• Metals
• Polymers
• Single crystals
• Salts
• Niobium
• Chemical analysis
• Acids
• Luminescence
• X ray diffraction
• Discrete Fourier transforms
• Dimethylformamide
• Atoms
• Self assembly
• Infrared spectroscopy
• Cyclodextrins
• Nuclear magnetic resonance
• Crystals
• Zinc
• Paramagnetic resonance
• Nuclear magnetic resonance spectroscopy
• Molecules
• Oxidation
• Tantalum
• Pyridine
• Thermogravimetric analysis
• Heating
• X rays
• Ions
• Derivatives
• Paraffins
• Acetone
• Acetonitrile
• Adsorption
• Catalyst activity
• Bismuth
• Thermodynamic stability
• Hybrid materials
• Molybdenum
• Proton conductivity
• Vanadium
• Crystallization
• Cyclic voltammetry
• Sorption
• Topology
• Electrons
• Electronic structure
• Crystalline materials
• Scandium
• Copper
• Phosphorescence
• Protons
• Metal complexes
• Temperature
• Mass spectrometry
• Ethane
• Rare earth elements
• X ray powder diffraction
• Quantum yield
• Photoluminescence
• Thioureas
• Oxygen
• Potassium
• Transition metals
• Bearings (structural)
• Alcohols
• Cyclohexane
• Tuning
• Organometallics
• Catalysts
• Isomers
• Evaporation
• Spectroscopy
• Thiophene
• X ray analysis
• Benzene
• Electrochemical properties
• Ethylene glycol
• Gas adsorption

Physics & Astronomy

General

• coordination polymers
• crystal structure
• ligands
• synthesis
• salts
• metals
• single crystals
• solid state
• interactions
• fragments
• inclusions
• products
• thermal stability
• topology
• crystals
• energy
• kinetics
• aqueous solutions
• electronic structure
• selectivity

Physics

• cations
• anions
• diffraction
• luminescence
• nuclear magnetic resonance
• atoms
• ions
• phosphorescence
• oxygen atoms

Engineering

• x rays
• heating
• self assembly
• life (durability)

Chemistry and Materials

• halogens
• niobium
• acids
• dicarboxylic acids
• carboxylates
• adsorption
• oxidation
• molecules
• bromides
• zinc
• acetonitrile
• octanes
• iodides
• chlorides
• sulfides
• pyridines
• scandium
• rhenium
• thiophenes
• acetone
• terephthalate
• copper
• crystallization
• benzene
• bismuth
• alkanes
• halides
• sorption
• thioureas
• carbon dioxide

Aerospace Sciences

• spectroscopy

Life Sciences

• cats