Organic synthesis and structural analysis serving to material sciences
Provider: Univerzita Pardubice
Programme: Studentská grantová soutěž
Implementation period: 01.01.24 - 31.12.24
Workplace:
Fakulta chemicko-technologická - FCHT
Investigator: Hanusek JiříTeam member: Janovský Břetislav | Sedlák Miloš | Šimůnek Petr | Bureš Filip | Svobodová Markéta | Sazeček Filip | Matyáš Robert | Klikar Milan | Pachman Jiří | Kocúrik Martin | Pochobradský Jaroslav | Zeman Ondřej | Kuna Petr | Teichmanová Kateřina | Chernenko Daria | Grygarová Monika | Jirman Štěpán | Imramovský Aleš | Horáková Marcela | Štrojsa Jakub | Prokopová Eva | Pokorný Daniel | Mikuláštík Jakub | Pospíšil Petr | Vianna Cantini Danillo Fernando | Hřebíčková Pavlína | Petrová Monika | Černický Maximilián | Hrdličková Markéta | Kreisl Matěj | Sedláček Dominik | Vitík Michal | Votýpka Adam | Černý Tomáš
Description:
The project represents a direct continuation of previous projects solved by both involved workplaces in the past. The cornerstone and common denominator of the project activities is thus the targeted synthesis and characterization of original organic compounds (mainly heterocyclic) with expected application potential in catalysis and material sciences (e.g. as electrolytes for the conversion and storage of various types of energy). For the purposes of creating new functional materials with a composite structure, the possibilities of their covalent and non-covalent bonding will also be investigated (e.g. immobilization on a polymer backbone, creation of a covalent organic framework, etc.). A unique topic, academically developed within the Czech Republic only at our faculty, will continue in the preparation of safe and ecologically acceptable energetic materials (explosives, squibs, pyrotechnic components). This study will also include a physical description of the explosive decomposition of these compounds depending on external conditions and stimuli. The knowledge gained will contribute to the elaboration of principles for safe handling, storage, and prevention of risks when working with them.
The project represents a direct continuation of previous projects solved by both involved workplaces in the past. The cornerstone and common denominator of the project activities is thus the targeted synthesis and characterization of original organic compounds (mainly heterocyclic) with expected application potential in catalysis and material sciences (e.g. as electrolytes for the conversion and storage of various types of energy). For the purposes of creating new functional materials with a composite structure, the possibilities of their covalent and non-covalent bonding will also be investigated (e.g. immobilization on a polymer backbone, creation of a covalent organic framework, etc.). A unique topic, academically developed within the Czech Republic only at our faculty, will continue in the preparation of safe and ecologically acceptable energetic materials (explosives, squibs, pyrotechnic components). This study will also include a physical description of the explosive decomposition of these compounds depending on external conditions and stimuli. The knowledge gained will contribute to the elaboration of principles for safe handling, storage, and prevention of risks when working with them.
