Main research topics

  1. Surface and interface phenomena

    Our daily experience with surfaces is determined by properties accessible to our senses - friction, adhesion, wetting, and optical properties. To observe and understand surfaces at the atomic level, however, elaborate experimental approaches are required. Surface science is an interdisciplinary endeavor elucidating surface and interface related phenomena in electronics, medicine or catalysis.

  2. Model catalysis

    Understanding heterogeneous catalysis, i.e. chemical reactions between molecules adsorbed on a solid surface, centers around the notion of an active site. Surface science allows us to experimentally construct model active sites as atomically presise arrangements of surface atoms, and investigate their structure, stability, reactivity and selectivity in gas reaction environments.

  3. Model electrocatalysis

    Activation of chemical reactions with electricity, instead of heat, represents a key concept of renewable energy technologies. In this context, surface of an electrode constitutes an electrocatalyst. Surface science allows to implement model catalysis approach in the field of electrocatalysis and investigate stability, reactivity and selectivity of of electrodes towards electrochemical reactions.

  4. Gas sensors

    Adsorption of molecules on a surface changes many of the surface properties. Integration of an active surface within a suitable electronic device gives rise to a sensor. Sensors are indispensable in environmental and process safety, e.g. in the context of detecting odourless but explosive or poisonous energy carriers like H2, CO or methane.

Our scientific team

prof. RNDr. Karel Mašek, Ph.D.

Group head, professor
Diffraction and electron spectroscopy, sensors, sputter deposition.

doc. Mgr. Josef Mysliveček, Ph.D.

Associate professor
Scanning tunneling microscopy, model electrochemistry, electron spectroscopy.

doc. RNDr. Viktor Johánek, Ph.D.

Associate professor
Electron spectroscopy, thermodesorption spectroscopy, surface reactions, reflection IR spectroscopy.

doc. RNDr. Václav Nehasil, Dr.

Associate professor
Electron spectroscopy, thermodesorption spectroscopy, surface reactions.

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