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Novel organic semiconductors for bioelectronic applications
 Veselý, Dominik ; Richtár, Jan (oponent) ; Krajčovič, Jozef (vedoucí práce)
This bachelor’s thesis deals with a highly perspective field of bioorganic electronics. It is divided into a theoretical and an experimental part. In the theoretical part of the thesis basic device functioning principles in conjunction with living organisms and production of such devices together with their practical application are elaborated on. In the next part of the thesis conductive polymers as advanced materials for organic electronics, their synthesis, chemical modification and functionalisation, but also their use for functional electronic devices are analysed. A synthetic route for preparation of new functional organic materials by the means of modification of a basic monomer on a molecular level is proposed in the final chapter. This chapter is connected with an experimental part where a basic monomer of the most important conductive polymer for bioelectronic applications is prepared.
Úplný záznam
Novel organic semiconductors for bioelectronic applications
 Veselý, Dominik ; Richtár, Jan (oponent) ; Krajčovič, Jozef (vedoucí práce)
This bachelor’s thesis deals with a highly perspective field of bioorganic electronics. It is divided into a theoretical and an experimental part. In the theoretical part of the thesis basic device functioning principles in conjunction with living organisms and production of such devices together with their practical application are elaborated on. In the next part of the thesis conductive polymers as advanced materials for organic electronics, their synthesis, chemical modification and functionalisation, but also their use for functional electronic devices are analysed. A synthetic route for preparation of new functional organic materials by the means of modification of a basic monomer on a molecular level is proposed in the final chapter. This chapter is connected with an experimental part where a basic monomer of the most important conductive polymer for bioelectronic applications is prepared.
Úplný záznam

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