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Field
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of efficient redox catalysts which can retain activity under continuous operation is a key challenge for the development of stable water splitting schemes. However, most reactions involved in these systems
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particular focus on the development of new catalysts and electrocatalysts for sulfur redox reactions. We encourage applicants with a range of skill sets to apply. The candidate will work within the Nottingham
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for the chemical recycling of a range of commercial polymers. This work will intersect catalyst design, recycling process development, and mechanistic study Collaboration on projects on the development of novel
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on bulk properties and relevant thermodynamics and transport in the membrane along with investigating the catalyst-ionomer interface for both PEM and AEM electrolysis systems. Visco-elastic properties will
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placements at the forefront of sustainable chemistry, catalysis, and advanced manufacturing. Current available projects are: Mechanochemical Synthesis of Single-Atom-Catalysts (SMC) (Faculty of Science
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PhD Position in Engineering Materials Project: Development and Characterization of Advanced Sorbents
Science degree in materials science, chemistry or chemical engineering, good knowledge, experience, on sorption and catalysts and their characterization. The candidate must be good at written and oral
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, notably through the implementation of dynamic heating strategies; 4)Contribute to the development of numerical reactor models and address scale-up issues related to the integration of structured catalysts
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well as the modelling of plasma chemistry, plasma reactor design, and plasma-catalyst interactions. Your research will focus on non-thermal plasma playing a pivotal role in the electrification of the chemical industry
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Heidelberg Institute for Theoretical Studies (HITS gGmbH) | Heidelberg, Baden W rttemberg | Germany | about 9 hours ago
for crystalline materials, such as diffusion models and flow matching. Future applications of this technology include the design of novel materials for batteries and catalysts for direct carbon air capture. Your
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modeling will be used to model processes occuring in the electrode. The obtained insights will be used to engineer and fabricate new electrode geometries with optimized mass transport and catalyst layer