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sensing, and AI approaches to advance aluminium recycling and accelerate the transition to a circular economy. Job description Aluminium is one of the world's most widely used metals, and its recycling
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impacting colder surfaces are encountered in applications ranging from EUV lithography to metal additive manufacturing and droplet-based printing. During impact, inertial spreading, capillary retraction, heat
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basis of plant adaptation to the environment, focusing on plant nutrition, metal tolerance and photosynthesis. Your research is expected to deliver fundamental insights into the genetic regulation
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hydrogen and sustainable fuel production through advanced simulation models and sector-coupling applications. Your main objective will be to develop a coupled dynamic model of an alkaline water electrolyzer
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enhancement, manipulate ocean carbonate chemistry via electrochemical methods or alkalinity addition (enhanced rock weathering or via alkaline fluids), respectively. Both methods are beginning early pilot
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materials engineering, plastics and metals present complementary strengths and challenges. Metals offer strength, conductivity, and wear resistance while polymers enable complex geometries and lightweight
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engineered composite materials with various types of polymers and precious metals that are difficult to recycle. Thus, after used, cardiac catheters are usually incinerated, resulting in significant material
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infiltration (LCI) in steels and the inhibitory role of silicon aligns with the team's broader interest in metal–impurity interactions, interfacial phenomena and its commitment to computation-guided design for
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interest in metal–impurity interactions, interfacial phenomena and its commitment to computation-guided design for green and circular steel production. You will collaborate closely with researchers from
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electrons exhibit a net magnetic moment and serve as the building blocks of molecular quantum devices for next-generation technologies. While both transition-metal and lanthanide complexes can behave as