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University of North Carolina at Charlotte | Charlotte, North Carolina | United States | about 2 months ago
distinction, are strongly encouraged to apply. Specifically, candidates are expected to have a strong research focus in electrochemistry or battery engineering, including specializations in materials
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University of North Carolina at Charlotte | Charlotte, North Carolina | United States | about 21 hours ago
distinction, are strongly encouraged to apply. Specifically, candidates are expected to have a strong research focus in electrochemistry or battery engineering, including specializations in materials
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Background in fuel cells, electrolysis, or electrochemistry is advantageous Independent and responsible working style with openness to new topics Strong team spirit and motivation to work in an
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learning methods for optimization is an advantage Background in fuel cells, electrolysis, or electrochemistry is advantageous Independent and responsible working style with openness to new topics Strong team
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electron microscopy (TEM). Interest and experience in working with industrial problems. Experience/ knowledge within electrochemistry. Experience with programming and/or data processing in Python. Good oral
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based on strong competences on electrochemistry, atomic scale and multi-physics modelling, autonomous materials discovery, materials processing, and structural analyses. We also focus on educating
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our position in the field of electrochemical organic synthesis and catalysis, affiliated with the nationwide ARC CBBC Program (https://arc-cbbc.nl/ ). Synthetic organic chemistry is a core discipline of
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chemistry which provides certified reference materials for pH and acidimetric measurements. We are recruiting applicants to advance our electrochemistry reference materials program to support the development
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, catalysis studies - in particular electrocatalysis and Python programming Experience within the following fields is highly beneficial: Transmission electron microscopy, Electrochemistry, Image analysis, Big
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neurons. Using a combination of high resolution live cell fluorescent imaging, electrochemistry and patch clamp electrophysiology, we recently discovered that activation of GLP-1Rs promotes the formation