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results in relevant peer-reviewed scientific journals To succeed in this role, you should: Have a strong background in electrochemistry, materials science, or solid oxide cell technology Have hands
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. size-selected cluster sources. Catalytic testing using ultra-sensitive chip-interfaced electrochemistry–mass spectrometry (EC–MS) and ultra-high-vacuum-compatible thermal catalytic setups. 3D atomic
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. size-selected cluster sources. Catalytic testing using ultra-sensitive chip-interfaced electrochemistry–mass spectrometry (EC–MS) and ultra-high-vacuum-compatible thermal catalytic setups. 3D atomic
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, electrolysis, power-to-x, batteries, and carbon capture. The research is based on strong competences on electrochemistry, atomic scale and multi-physics modelling, autonomous materials discovery, materials
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with electrochemistry and material science. Have strong analytical skills and experience with data analysis software. Proficiency in electrochemical techniques, such as voltammetry, amperometry, and
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Conduct and analyse laboratory experiments to validate the developed methods Collaborationwiththerestoftheteamacrossprojectsonmodelling,optimization,and electrochemistry is required Contribute to high
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experimental electrochemistry and SOEC/SOC testing Proven expertise in advanced EIS acquisition, analysis, and modeling Experience with microstructural and compositional characterization techniques Solid skills
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electrochemistry. The position is available from 1 February or immediately hereafter. The position is available for 1 year with the possibility for extension. The candidate will participate in a national project
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to design, construct, and operate pilot-scale and laboratory CO2 capture setups Experience with experimental CO2 derived techniques (at least VLE, calorimetry, electrochemistry, kinetics measurement
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. Specifically, the postdoc will develop and test up-scaled microbial electrosynthesis reactors involving advanced electrochemistry, reactor design, and scaling approaches. Expected start date and duration of