Search | J. Heyrovsky Institute of Physical Chemistry

Grants

Theory of electron scattering for chemical lithography
Three tools of an academic institution aiming at an effective inclusion of the young generation into science and research: Information - iNtership - PRESentatION
Time evolution of conjugated systems in excited states by surface hopping nonadiabatic molecular dynamics
Titanium dinuclear complexes with two different procatalytic centres.
Topological regulation of CD4 and CD8 in T cells
Towards better Synchronisation of Priority Settings and Evaluation Mechanisms for Research Infrastructures Beyond National Relevance
Trans-Spin NanoArchitectures: from birth to functionalities in magnetic field
Transfer of charge in single and assembled molecules.
Transfer of Charge in Single Molecules. From Redox Mechanism to Molecular Conductance
Transformace planetárních atmosfér plazmatem a UV/XUV/rtg. zářením: Co můžeme očekávat na raných exoplanetách?
Transition metal oxides supported on mesoporous molecular sieves for olefin metathesis reactions.
Transparent nanocomposite electrodes based on thin films of mesoporous oxides witch anchored electroactive sites.
Transport of Charged and Uncharged Species across Models of Biological Membranes
Trapped Electrons and Ions Join Forces to Detect Single Photons
Tunable Electrochemistry of Two-Dimensional Semiconductors
Two-dimensional zeolites with modifiable architecture
Understanding and controlling the location of acid sites in zeolites for their catalytic applications
Understanding, control, and preparation of self-assembling biomembrane systems at interfaces.
Understanding of catalytic activity of novel isomorphously substituted microporous germanosilicates
Understanding the mechanisms of ion-molecule reactions in dielectric barrier discharge ionisation (DBDI) leading to quantification of volatiles in gaseous phase
Unimolecular reactions kinetics of the gas phase radicals.
Upgrade and modernization of LRI Nanomaterials and nanotechnologies for protection of the environment and sustainable future
Use of PFG NMR, stochastic reconstruction and molecular simulation to estimate transport-related texture characteristics of advanced porous materials
Utilization of Optimized Photocatalytic Nanocompostes for Depollution of Air from Harmful Contaminants
Utilization of Ru-O bond for generation of new biological and catalytically active materials
Utilization of waste biomass for catalytic conversion to glucaric acid: from multiscale reaction modelling to reactor production
Věda za školou: vědci v žácích rozvíjí nadání pro přírodní vědy a utvářejí jejich osobnost
Věda za školou: vědci v žácích rozvíjí nadání pro přírodní vědy formou stáží v týmech a chemickými kurzy/kroužky
Versatile micromechanical sensor and laser photoacoustics for combined gas/liquid diagnostics
Vibrational overtone driven atmospheric chemistry in isolated molecules and molecular clusters.
Voltammetric assessment of new ionic liquids for their applications in capillary electrophoresis
Vývoj mesoporézních zeolitů s organickými ligandy
Výzkum a návrh konstrukce 48V lithiových akumulátorů pro novou generaci automobilů
Výzkum exoplanet a jejich atmosfér a života ve vesmíru - éra TESS, PLATO a ARIEL
Young scientist - educational programs of JHI Institute for talented pupils and students interested in natural sciences
Základní chemické databáze - reakční, strukturní, bibliografické a patentové
Zeolite-based membranes for water-gas-shift membrane reactors
Zeolites with (semi)monomodal aluminum distribution in the framework

Festive lectures

Project AMULET

Our spin-off companies

Copyright © 2025,
J. Heyrovsky Institute of Physical Chemistry