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Organic materials for molecular electronics and photonics
Vrchotová, Jana ; Cimrová, Věra (oponent) ; Zmeškal, Oldřich (oponent) ; Weiter, Martin (vedoucí práce)
Organic electronics is a dynamic rapidly growing industry. Therefore the research of novel materials for organic electronics is an important challenge both in terms of materials performance and economy of the final product, while the environmental impact is also important. Diketopyrrolopyrrole derivatives are materials with a great potential for organic electronics exploitation. This thesis is focused on optical and electrical characterization of diketopyrrolopyrroles, an assessment of their potential applications in organic electronics and suggestions, how to optimize their performance. Theoretical part of this thesis describes state of art in organic electronics with focus on the field of diketopyrrolopyrrole based materials. Subsequent results part summarizes important results and contains brief introduction to the enclosed publications, including evaluation of author´s personal contribution to particular publications. Results part consists of 6 scientific articles, integral to this thesis, thematically connected with area of organic electronics, new diketopyrrolopyrrole based materials and their applications. Formally the thesis is, based on article 42 paragraph 1b of The Study and Examination Rules of BUT, designed as thematically arranged set of published works and works accepted for publication.
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Organic materials for molecular electronics and photonics
Vrchotová, Jana ; Cimrová, Věra (oponent) ; Zmeškal, Oldřich (oponent) ; Weiter, Martin (vedoucí práce)
Organic electronics is a dynamic rapidly growing industry. Therefore the research of novel materials for organic electronics is an important challenge both in terms of materials performance and economy of the final product, while the environmental impact is also important. Diketopyrrolopyrrole derivatives are materials with a great potential for organic electronics exploitation. This thesis is focused on optical and electrical characterization of diketopyrrolopyrroles, an assessment of their potential applications in organic electronics and suggestions, how to optimize their performance. Theoretical part of this thesis describes state of art in organic electronics with focus on the field of diketopyrrolopyrrole based materials. Subsequent results part summarizes important results and contains brief introduction to the enclosed publications, including evaluation of author´s personal contribution to particular publications. Results part consists of 6 scientific articles, integral to this thesis, thematically connected with area of organic electronics, new diketopyrrolopyrrole based materials and their applications. Formally the thesis is, based on article 42 paragraph 1b of The Study and Examination Rules of BUT, designed as thematically arranged set of published works and works accepted for publication.
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Book of Abstracts and Programme. Polymers and Organic Materials for Electronics and Photonics: Science for Applications. Prague Meeting on Macromolecules /81./
Pfleger, Jiří ; Cimrová, Věra
The book of abstracts contains the summary of 8 plenary and 24 invited lectures, accompanied by 38 oral contributions and 88 posters presented at the conference. The main areas covered were the design, synthesis, processing and characterization of novel functional organic materials and polymers, electrical, photoelectrical, optical and nonlinear optical phenomena, organic and hybrid electronic and photonic devices, and advanced materials and composites for biosensors, bioelectronics, and biophotonics. Particular session was dedicated to applications in flexible and wearable organic electronics and smart packaging. Due to big expectations in the application field of large area printed electronics, wearable devices, printed RFIDs, displays, solar cells and sensors there is a growing demand to prepare polymers with better defined morphology and chemical and structural stability. Hence, improvement in the molecular design and new synthetic and processing routes is strongly required. A special emphasis was given to attract the scientists from the application field of printed electronics to provide a necessary feedback for further development of new materials with desired properties.
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