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experiments characterized by for example atom probe tomography or microscopy. It will give you unique insight into the nuclear energy sector. You will find a field eager to learn of your findings, and also
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insight into the nuclear energy sector. You will find a field eager to learn of your findings, and also allowing you to develop new contacts and extend your scientific network. Project description
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. Project description Climate change mitigation, energy security concerns and cumulative technical development have led to a renewed interest in nuclear energy. However, established nuclear fission technology
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catalytic materials for sustainable reactions, with the overall goal to reduce carbon dioxide emissions originating from the production of energy and chemicals. The position is funded by the Area of Advance
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emissions originating from the production of energy and chemicals. The position is funded by the Area of Advance Energy at Chalmers which covers the development of technologies and systems that support the
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change mitigation, energy security concerns and cumulative technical development have led to a renewed interest in nuclear energy. However, established nuclear fission technology suffers from long
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energy. The department offers highly qualified education for engineering students within the area of bioengineering. It is furthermore collaborating in broad, interdiciplinary national and international
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disease. The project will involve purified proteins, cell cultures, metabolomics, spectroscopy, microscopy, various biochemical assays and more. The successful candidate will work on a frontline research
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of a suboptimal ”one-size-fits-all” solution. The developed processes operate at ambient conditions and are both resource- and energy-efficient. Full conversion will be reached through a combination of
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activity of amyloid fibers. Major focus will be on alpha-synuclein involved in Parkinson's disease. The project will involve purified proteins, cell cultures, metabolomics, spectroscopy, microscopy, various