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predominantly develops application-independent general methods, we are exploring the theoretical and practical challenges associated with the digital transformation of the energy domain. In this way, we aim
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the analysis of ILs using the following methods NMR, FTIR, DSC, TGA, GC (MS, headspace analysis), viscometry, etc. Have a strong background in the Python programming language, preferably also in machine learning
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researchers through collaborative work is essential, a strong sense of communication and self-motivation are important. Knowledge in hydrometallurgy will be a plus. The appointee will perform water remediation
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