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- … delegation from the Netherlands Institute for Fundamental Energy Research (DIFFER) , led by its Fusion Director, Marco de Baar, visited us on March 11. … for Fundamental Energy Research (DIFFER) , led by its Fusion Director, Marco de Baar, visited us on March 11. …Relevance2
- … The Netherlands MSc . in Science and Technology of Nuclear Fusion (2021), Eindhoven University of Technology, The … The Netherlands MSc . in Science and Technology of Nuclear Fusion (2021), Eindhoven University of Technology, The …Relevance2
- … encountered in various applications, ranging from food to energy. Just think of droplets in emulsions or the … change due to the presence of surfactants. That is, small concentrations of surfactants can accumulate on the … encountered in various applications, ranging from food to energy. Just think of droplets in emulsions or the …Relevance2
- … the registration form to attend . Abstract : Fundamental energy research obviously differs from a more engineering … domain. Yet we are closely linked since a large part of the energy demand comes from our buildings, a demand that is … Eindhoven Go to the Events page. … Abstract : Fundamental energy research obviously differs from a more engineering …Relevance2
- … of hydrogen as a renewable fuel is an important part of the energy transition. When you use renewable energy to produce hydrogen by water splitting, it’s called … of hydrogen as a renewable fuel is an important part of the energy transition. When you use renewable energy to produce …Relevance2
- … Autonomous Energy Materials Discovery [AMD] is a computational … – to accelerate the discovery of molecules/materials for energy applications. Group website (external link): … – to accelerate the discovery of molecules/materials for energy applications. Group website (external link): …Relevance2
- … Ecole Polytechnique and the Dutch Institute for Fundamental Energy Research (DIFFER) , the team demonstrated plasma … Ecole Polytechnique and the Dutch Institute for Fundamental Energy Research (DIFFER) , the team demonstrated plasma …Relevance2
- … IONICALLY CONDUCTING MEMBRANES FOR ENERGY APPLICATIONS Attend this seminar? Use the … on their implementation in electrochemical devices for energy storage. The activities of my group are focused on … on their implementation in electrochemical devices for energy storage. The activities of my group are focused on …Relevance2
- … form to attend . We will provide an overview of emerging energy topics, followed by specific activities at the University of Delaware Energy Institute on the circular economy and sustainability. … Chemical and Biomolecular Engineering, Catalysis Center for Energy Innovation, RAPID Manufacturing Institute, Delaware …Relevance2
- … salient parameters such as plasma temperatures, densities, fusion power, and heat exhaust. In turn, these outputs … transport in particular DIFFER is a member of the EUROfusion consortium, which comprises 30 fusion research organisations and universities from 26 …Relevance2
- … Mihalis Tsampas (DIFFER - Dutch Institute for Fundamental Energy Research) in samenwerking met Toyota Motor Europe … Toyota op de Catalytic and Electrochemical Processes for Energy Applications -groep van DIFFER, onder leiding van … Mihalis Tsampas (DIFFER - Dutch Institute for Fundamental Energy Research) in samenwerking met Toyota Motor Europe …Relevance1.969
- … of hydrogen as a renewable fuel is an important part of the energy transition. When you use renewable energy to produce hydrogen by water splitting, it’s called … of hydrogen as a renewable fuel is an important part of the energy transition. When you use renewable energy to produce …Relevance1.958
- … relativistic plasma. They produce observable high-energy radiation from nearby the event horizon and it is … viable mechanisms to tap the large reservoir of magnetic energy in these systems and accelerate electrons to extreme … energies. The accelerated electrons can then emit high-energy photons that themselves may strongly interact with …Relevance1.957
- … Understanding this effect could lead to applications in energy conversion, pollution mitigation and chemical … to today’s society, with applications ranging from energy conversion to fuels, to the synthesis of chemical and … Understanding this effect could lead to applications in energy conversion, pollution mitigation and chemical …Relevance1.942
- … The captured CO 2 can be converted into a renewable carbon source in various ways. For example in greenhouses to … to remove the CO 2 again by heating the membrane in an energy-efficient way. Heating can be done, for example, with … to remove the CO 2 again by heating the membrane in an energy-efficient way. Heating can be done, for example, with …Relevance1.938