Grants

• Polymer-based membrane composites for separation of small molecules.
• Polymerization of adsorbed layers at the liquid/liquid interface.
• Porous catalysts and membrane supports: A relationship between mass transport and textural properties.
• Powerful light sources
• Přenos elektronu v nanoměřítku. Vliv sterického přepínání na vodivost expandovaných pyridiniových látek
• Preparation and characterization of hydrogen separator based on palladium-niobium alloy supported on polycrystalline compact surface of sillicalite 1.
• Preparation of Novel Structure-Directing Agents for the Synthesis of Zeolites
• Preparation, reactivity and electrochemistry of new aminocarbene complexes of chromium and iron.
• Prevention of gender-based violence in work environment of Czech public research institutions and universities
• Příprava odborníků pro 21. století - moderní technologie ve výuce chemie
• Probing Electron Transport Mechanism in Single Molecule Junctions by Conductance and Thermoelectricity Measurements.
• Progressive materials for protection from serious damage of environment
• Progressive reinforced geopolymer composites for technical application .
• Progressive types of zeolites and their application
• Project "Open Science I " (2005-2007)
• Projects "Open Science" ( II, III , IV, Open Science CAS 2016, 2017)
• Projekt METOH - licenční smlouva
• Projekty na podporu vzdělanosti a odbornosti studentů MSŠCH z Prahy 1
• Properties and dynamics of electronic states of transition metal complexes
• Proton transport and proton-coupled transport
• Průtokové elektrochemické biosenzory s prostorově oddělenou detekční a imunoafinitní částí pro monitoring diagnosticky významných biomarkerů
• Pulse mode and microwave plasma sources-research and application
• Pyrolytic and photolytic approach or the deposition of novel Si/Ge/C materials.
• Quantum chemical interpretation and prediction of spectral characteristics of heavy transition metal complexes
• Quantum chemistry investigation of inorganic crystalline micro- and mesoporous catalytic systems
• Quantum chemistry modeling if structure, properties and catalytic activity of zeolites employing embedding approaches.
• Quantum chemistry on quantum computers
• Quantum Engineering and Nanotechnology (QUEENTEC)
• Quasioptical systems and terahertz spectroscopy.
• Radical catalysis of enzymatic and biomimetic polynuclear transition-metal active sites
• Rare gas cluster ionization dynamics: Theory and experiment
• Rational design of selective non-metal electrocatalysts for oxygen electrochemistry
• Rational development of smart prosthetic material: Silicalite-1 coating on TiAlV alloy
• Reaction of molecular dications CHX++ (X= F, Cl ,Br, OH, SH, NH2): Theoretical and experimental investigation.
• Reactions of organometallic complexes relevant for the ion beam cancer therapy
• Reactivity of s,p-/d- Bimetallic Nanostructures.
• Reakce atmosferických radikálů na klastrech
• Reaktivita rutheniových komlexů obsahujících deriváty Ibuprofenu
• Redox activity of host-guest, organometallic and molecular structures at electrode interfaces.
• Redox Disequilibrium in the Clouds of Venus: A Sign of Life?
• Redox properties and reactivities of nonheme iron active sites
• Redox reactions of cyclooxygenase-2 inhibitors and their reactive intermediates in supramolecular nanocavities .
• Redox reactions of free radicals, reactivity in presence of host molecules.
• Relativistic DMRG-based externally corrected coupled cluster methods
• Research and development of a new type of electrochemical biosensor for the detection of nucleotide sequences in DNA and of genotoxic agents in the environment
• Research and development of deoxygeneration catalysts for production of automotive fuels and feedstocks for petrochemical industry from renewable feedstock
• Research and development of highly active catalyst based on ZrO2 and its application for izomerization of C5-C6 hydrocarbons
• Research and development of system of identification of explosives
• Research centre for nanosurface engineering
• Research centre for nanotechnologies and materials for nanoelectronics.