Search for dissertations about: "Olle Inganäs"
Showing result 6 - 10 of 35 swedish dissertations containing the words Olle Inganäs.
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6. Optoelectrical Imaging Methods for Organic Photovoltaic Materials and Moduls
Abstract : To achieve a high living standard for all people on Earth access to low cost energy is essential. The massive burning of fossil fuels must be drastically reduced if we are to avoid large changes of our climate. Solar cells are both technologically mature and have the potential to meet the huge demand for renewable energy in many countries. READ MORE
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7. Excitonic and charge carrier transport in organic materials and device applications
Abstract : With the potential for future commercial use, organic electronics have been intensively studied for the last few decades. To exploit the next generation of high-performance devices, detailed study of the underlying physics is essential. READ MORE
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8. Biological Sensing and DNA Templated Electronics Using Conjugated Polymers
Abstract : Conjugated polymers have been found useful in a wide range of applications such as solar cells, sensor elements and printed electronics, due to their optical and electronic properties. Functionalization with charged side chains has enabled water solubility, resulting in an enhanced interaction with biomolecules. READ MORE
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9. Preparation and Application of Functionalized Protein Fibrils
Abstract : Many proteins have an innate ability to self-assemble into fibrous structures known as amyloid fibrils. From a material science perspective, fibrils have several interesting characteristics, including a high stability, a distinct shape and tunable surface properties. READ MORE
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10. On decoration of biomolecular scaffolds with a conjugated polyelectrolyte
Abstract : Biotemplating is the art of using a biological structure as a scaffold which is decorated with a functional material. In this fashion the structures will gain new functionalities and biotemplating offers a simple route of mass-producing mesoscopic material with new interesting properties. READ MORE