Organic compounds and materials with application potential in catalysis, life sciences, and energy storage and conversion.
Provider: Univerzita Pardubice
Programme: Studentská grantová soutěž
Implementation period: 01.01.25 - 31.12.25
Workplace:
Fakulta chemicko-technologická - FCHT
Investigator: Hanusek JiříTeam member: Jalový Zdeněk | Janovský Břetislav | Kulhánek Jiří | Machalický Oldřich | Sedlák Miloš | Bureš Filip | Ferjenčík Miloš | Svobodová Markéta | Matyáš Robert | Pelikán Vojtěch | Pachman Jiří | Imramovský Aleš | Pejchal Vladimír | Grygarová Monika | Vianna Cantini Danillo Fernando | Hřebíčková Pavlína | Kreisl Matěj | Sedláček Dominik | Vitík Michal | Votýpka Adam | Černý Tomáš | Hrušková Jana | Valach Jan | Valuš Jakub | Šanda Martin | Velebný Josef | Šešulka Filip | Perglová Pavlína | Fosse Romain | Tydlitát Jiří | Váňa Jiří | Vodochodský Ondřej | Burešová Zuzana | Bartáček Jan | Zeman Ondřej | Sazeček Filip | Teichmanová Kateřina | Štrojsa Jakub | Prokopová Eva | Hlavatý Tomáš | Jirman Štěpán | Mikuláštík Jakub | Pospíšil Petr | Šojdrová Adéla
Description:
The project develops the long-term research activities of both involved departments (IOCT and IEnM) in the field of organic synthesis, homogeneous and heterogeneous catalysis and study of biological, physical and spectral properties of the prepared compounds - mostly containing heterocyclic skeleton. Practical aspects of the use of the prepared compounds in material applications and in energy transformation and storage are also addressed. A part of the project is specifically focused on the preparation and study of the properties of energetic materials (explosives and pyrotechnics), for which, in addition, their safe storage and practical use is an essential aspect. Consequently, a detailed analysis of the risks involved in working with these substances and the development of guidelines for the safe handling of these substances are also necessary.
The project develops the long-term research activities of both involved departments (IOCT and IEnM) in the field of organic synthesis, homogeneous and heterogeneous catalysis and study of biological, physical and spectral properties of the prepared compounds - mostly containing heterocyclic skeleton. Practical aspects of the use of the prepared compounds in material applications and in energy transformation and storage are also addressed. A part of the project is specifically focused on the preparation and study of the properties of energetic materials (explosives and pyrotechnics), for which, in addition, their safe storage and practical use is an essential aspect. Consequently, a detailed analysis of the risks involved in working with these substances and the development of guidelines for the safe handling of these substances are also necessary.
