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can it tailor reaction outcome with different system design? Is the transformation scalable, and how green is it? In particular, you will: Optimize chemical reactions. Evaluate reaction kinetics with
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Engineering (IEI) provides education in a wide range of fields, from economy and management to design and technology. As one of the university’s largest departments, our strength is the education and research
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lung tissue model. Genetic and epigenetic effects on M. tuberculosis are also a part of the project which includes bioinformatic analysis. The position will also include design and analysis
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, transparent, functional, and chemical recyclable polymeric materials. Your particular focus will be on polymer chemistry methodology development with emphasis on macromolecular design. Questions that may be
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focus will be on polymer chemistry methodology development with emphasis on macromolecular design. Questions that may be explored during your PhD include: How can I translate the chemically behavior of a
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have a huge potential for the design of functional materials and devices with new properties. For example, they demonstrates strong electroluminescence and tunable emission energy, making them a
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on organometal halide perovskites have shown great success in photovoltaic applications, demonstrating high power conversion efficiency over 25%. At the same time, they also have a huge potential for the design of
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platform-molecule? How can it tailor reaction outcome with different system design? Is the transformation scalable, and how green is it? In particular, you will: Optimize chemical reactions. Evaluate
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your application! The Centre for Business Model Innovation (CBMI) at Linköping University is seeking a Ph.D. candidate for the coming academic year! Your work assignments The PhD position is part of
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activities. Additional duties may include teaching, course design, and other teaching-related tasks. The holder of the position is expected to be present at the division on a day-to-day basis Your