… element in the reduction of CO 2 is the change of vehicles with internal combustion engines to electric battery powered … mobility concept requires however stable cycle batteries with high specific energy (minimising weight, maximising … detailed electronic and structural information on the material under investigation, in a time- and spatially …
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… One of the projects is 'REDOX BLEND: REDOX flow batteries with Large ENergy Density', with DIFFER as one of the … to counteract negative environmental impacts and reduce raw material dependence on other countries. Image REDOX BLEND is … of NWO . Text from NWO is used in this article. Go to the News page. …
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… to investigate the active sites of more complex catalyst materials whose reaction mechanisms are poorly understood. … real-world catalysts often comprise multiple elements with a mixing ratio optimized for better selectivity and … Bakker Affiliation HFML-FELIX / Institute for Molecules and Materials, Radboud University, Nijmegen, the Netherlands …
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… Sun-To-X The Sun-To-X project focuses on using solar energy to produce a carbon-free, non-toxic, energy-dense, liquid fuel -Hydrosil, with very good long-term stability, which is applicable in … hydrogen, can be regenerated after use, does not use rare materials and has a very low impact on environment. The …
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… . We synthesize, characterize, and apply functional nanomaterials. We use electrochemistry to enable, among others, … is the highly reversible ability of electroactive materials to immobilize ions via electrosorption and redox … (e.g., MXene), and hybrids are promising materials with tunable structure, composition, and electrochemical …
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… For achieving these goals, the combination of catalysis with electrochemical methods, that is, electrocatalysis, can play a very important role [1]. With electrochemical methods, toxic and dangerous chemicals … energy used can come from renewable sources like wind or solar. Organic carbonates are important chemical building …
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… Nature: energy-efficient classification with dopant network Published on January 17, 2020 Prof. … This can lead to a new energy-efficient platform for Artificial Intelligence. Publication Tao Chen, Jeroen … 577, 341–345 (2020). Link to paper. Source CCER Go to the News page. …
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… Aaron Ho wins prize with plasma podcast series Published on June 06, 2023 DIFFER postdoc Aaron Ho, together with former DIFFER Ph.D. student Luca Vialetto (now a … the corona pandemic, Ho and Vialetto talk to each other and with guests about their experiences in plasma research. The …
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… – today announced the first results from a collaboration with Meta’s Fundamental AI Research (FAIR) team, and the … of Toronto (UofT)." "To really crack the code for material discovery, AI models need to be trained on a much … dataset of between 10,000 to 100,000 unique tested materials. Since VSP’s technology is the only technology …
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… between the plasma ions, impurities, neutrals and the wall to understand and develop scenarios with acceptable ion and energy fluxes to the wall (the so called detached divertor). Currently we are … between the plasma ions, impurities, neutrals and the wall to understand and develop scenarios with acceptable ion …
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… whereas Hydrogen radiates at lower temperatures around 1eV. With rising density, the high temperature (Carbon 2+) region is receding from the wall, while at the same time a low temperature region (hydrogen) forms near the wall. In this type of 'detached' divertor state the peak …
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… element in the reduction of CO 2 is the change of vehicles with internal combustion engines to electric battery powered … detailed electronic and structural information on the material under investigation, in a time- and spatially … of Science and Engineering, Zernike Institute for Advanced Materials, Materials Chemistry, Nijenborgh 4, 9747 AG …
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… will defend her thesis First-principles study of electrode materials for oxygen evolution . Short introduction to the … into hydrogen fuel, if electrical energy is provided using solar power. The oxygen evolution reaction (OER) in water … based upon materials from main group elements, doped with 3d transition-metals, which are semiconducting with an …
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… modelling, and a perspective on simulations of plasma-material interaction Attend this seminar? Use the … first describe methods developed and used in collaboration with Joel Bowman (Emory University) to fit full-dimensional … quality potential energy surfaces for studies of plasma-material interaction. Date Thu, 04/12/2018 - 09:15 - Thu, …
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… Attend this seminar? Use the registration form to attend . With the rapid growth of solar and wind energy, a new challenge arises: how to store … but none of them has enough geographical possibilities or material abundancy to store sufficient electricity for a …
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