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requirement of the position. Ideally suited candidates must have: - a master’s degree in Chemistry, Biochemistry, or Biotechnology - a strong grasp of fundamental concepts in organic
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. Technical skills such as hands-on electrochemical experience, working with metallic molecular complexes, hands-on coordination chemistry experience, working with analytical instrumentation, chemical synthesis
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, courageous to take initiative or think outside the box. Open to communication, with the ability to work independently or in a team. The following will be appreciated: Experience with fatigue/creep of polymers
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in a relevant field, such as chemical engineering, physical chemistry, inorganic or coordination chemistry, radiochemistry, nuclear chemistry or similar combines creativity with a sound academic
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operation. During irradiation, numerous fission products are generated, which will affect the chemistry and properties of the fuel. Understanding and modelling the irradiated fuel chemistry and properties is
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inorganic (physical) chemistry. Strong analytical skills to develop models describing luminescence mechanisms and fit models to experimental data. 3. a proven interest in, and experience with, experimental
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of physics, chemistry and biomedical sciences. It counts about 20 PI’s, 20 support staff and 70 PhD students and postdocs. For more information about this vacancy, please contact dr. Martin Rohde (via m.rohde
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a better understanding of the mechanisms at the core of the reactors: coupling between fluid flow and chemistry, coupling between solid phase and fluid flow, solid phase decomposition, pollutant
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& charge diffusion (Applied) physics, chemistry, computer science, imaging science, (electron) optics, solid-state physics, radiation chemistry 3. Signal generation and detection Artefact and charging damage
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, nanobiology, chemistry, or a closely related discipline. Have excellent written and spoken English skills (see below). Thrive in an international, ambitious, multidisciplinary, and highly collaborative