Search for dissertations about: "Conjugated polymers"
Showing result 16 - 20 of 129 swedish dissertations containing the words Conjugated polymers.
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16. 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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17. Single-molecule spectroscopy of π-conjugated polymers
Abstract : When applied to condensed-matter samples of large organic molecules, optical spectroscopy faces the problem of inhomogeneous broadening caused by the diversity of environments and conformations that sample molecules are subjected to. This severely limits the information that can be extracted from optical spectra. READ MORE
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18. Molecular Doping of Polar Conjugated Polymers
Abstract : Organic semiconductors may enable a wide range of flexible electronics, such as flexible displays or solar cells. Conjugated polymers constitute one of the most widely studied class of organic semiconductors. READ MORE
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19. Determination of the Polaron Density in Chemically Doped Conjugated Polymers
Abstract : Semiconductors have become indispensable in modern electronics, playing vital roles across diverse devices such as computers, mobile phones, and solar cells. While inorganic semiconductors, such as silicon, currently dominates the industry, organic semiconductors offer promising alternatives. READ MORE
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20. Design, Synthesis and Modelling of Conjugated Polymers for Organic Photovoltaics
Abstract : Secure, clean and renewable energy sources are believed to be the eventual solution for sustainable energy, especially by the direct utilization of solar energy. Organic photovoltaics offer such an option to convert solar energy into electricity based on solution-processed, lightweight, large-area, and potentially flexible devices. READ MORE