Preparation of new organic compounds and materials with biological, catalytic and energetic properties
Provider: Univerzita Pardubice
Programme: Studentská grantová soutěž
Implementation period: 01.01.23 - 31.12.23
Workplace:
Fakulta chemicko-technologická - FCHT
Investigator: Hanusek JiříTeam member: Hrdina Radim | Jalový Zdeněk | Janovský Břetislav | Sedlák Miloš | Šimůnek Petr | Zeman Svatopluk | Bureš Filip | Drabina Pavel | Ferjenčík Miloš | Svobodová Markéta | Pachman Jiří | Tydlitát Jiří | Váňa Jiří | Imramovský Aleš | Bartáček Jan | Jelínková Veronika | Labaj Miroslav | Marek Lukáš | Patil Veerabhadragouda B. | Kocúrik Martin | Pochobradský Jaroslav | Horáková Marcela | Zeman Ondřej | Kuna Petr | Sazeček Filip | Teichmanová Kateřina | Chernenko Daria | Grygarová Monika | Štrojsa Jakub | Prokopová Eva | Pokorný Daniel | Hlavatý Tomáš | Jelínek Adam | Jirman Štěpán | Mikuláštík Jakub | Pospíšil Petr | Švábková Nikol
Description:
The project aims to continue previous original research in the field of organic synthesis and transformation of new compounds with significant functional properties, such as their biological and catalytic activity or energetic properties. With regard to the composite structure of products usable in practice, the possibilities of incorporation of the prepared compounds into various forms of solid materials (immobilization onto a polymer or into a covalent organic frameworks, molecular imprinting in solid matrices, anti-corrosion coatings, etc.) or liquid materials (e.g. electrolytes) will also be studied for convertion and storage of different types of energy). A separate topic is the preparation of safe composite energetic materials (primary and secondary explosives, pyrotechnic components) and the formulation of safety protocols to prevent risks when working with them.
The project aims to continue previous original research in the field of organic synthesis and transformation of new compounds with significant functional properties, such as their biological and catalytic activity or energetic properties. With regard to the composite structure of products usable in practice, the possibilities of incorporation of the prepared compounds into various forms of solid materials (immobilization onto a polymer or into a covalent organic frameworks, molecular imprinting in solid matrices, anti-corrosion coatings, etc.) or liquid materials (e.g. electrolytes) will also be studied for convertion and storage of different types of energy). A separate topic is the preparation of safe composite energetic materials (primary and secondary explosives, pyrotechnic components) and the formulation of safety protocols to prevent risks when working with them.
