… for later use is one of the major questions of our time. The recently awarded Growth Fund Circular Batteries … for later use is one of the major questions of our time. The recently awarded Growth Fund Circular Batteries …
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… 10 megawatt of fusion power for an extended period of time, as opposed to transiently. Our models predicted … 10 megawatt of fusion power for an extended period of time, as opposed to transiently. Our models predicted …
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… and enabling atomic-level control over exposed catalytic sites. In addition, we are actively developing novel … and enabling atomic-level control over exposed catalytic sites. In addition, we are actively developing novel …
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… as an electricity source promises resources for very long time scales, a safe operation without CO2 emissions and … an extreme environment. In particular, tungsten-based composites and self-passivating alloys and their concepts will be … an extreme environment. In particular, tungsten-based composites and self-passivating alloys and their concepts will be …
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… and reactive) flow within porous media through advances in time-resolved X-ray micro-computed tomography Attend this … and reactive) flow within porous media through advances in time-resolved X-ray micro-computed tomography …
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… in Estonia; how have the system and its uptake evolved over time; and what are the preconditions and consequences of … in Estonia; how have the system and its uptake evolved over time; and what are the preconditions and consequences of …
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… ends of the spectrum. More information will follow in due time. We hope to welcome and insprire you at ACOS 2020! Date … ends of the spectrum. More information will follow in due time. We hope to welcome and insprire you at ACOS 2020! …
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… reactor development. The facility uses a high-energy proton beam to cause radiation damage in materials, instead of … June 2024) June 01, 2024 Thorizon https://144080409.hs-sites-eu1.com/thorizon-newsletter-june-2024 Return to the … reactor development. The facility uses a high-energy proton beam to cause radiation damage in materials, instead of …
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… capture how physical quantities change over both space and time. However, PDEs are notoriously difficult to handle … capture how physical quantities change over both space and time. However, PDEs are notoriously difficult to handle …
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… from weather observations and climate models, on a time scale relevant for decision making. This seminar will … from weather observations and climate models, on a time scale relevant for decision making. This seminar will …
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… 2.5 years of design, development and construction, it’s time for an update on this innovative project. “A brand new … Technologies) for analysing surface composition and multi-beam optical stress sensor (new in-situ diagnostics for PLD) … PLD chamber: the white-coloured hexapod. Bieberle: “Sometimes you’d like to move your sample in all kinds of …
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… materials interact at the nanoscale and at sub-picosecond time scales , initiating research activities in polaritonic … materials interact at the nanoscale and at sub-picosecond time scales , initiating research activities in polaritonic …
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… fact that temperature and magnetic fields vary wildly over time and place. Particles in one part of the reactor can sometimes move over a billion times faster than those in other parts. Standard simulation … fact that temperature and magnetic fields vary wildly over time and place. Particles in one part of the reactor can …
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… NWO assigns twenty-four applications for Computing Time on the National Computer Facilities The advanced … NWO assigns twenty-four applications for Computing Time on the National Computer Facilities …
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… Models We aim to provide a first-principle based and realtime capable turbulent transport model. However, achieving … perceptron neural network techniques. The calculation time of trained neural network output is sub-millisecond for full radial profiles of turbulent transport fluxes. This is sufficient for …
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