… The long way to steady state fusion plasmas: The superconducting stellarator device Wendelstein … The stable generation of high temperature Hydrogen plasmas (ion and electron temperature in the range 10-20 … twisted magnetic fields to confine the electrically charged plasma particles in order to avoid heat losses to the cold, …
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… Modelling of plasma-wall interaction and impurity transport in fusion … Use the registration form to attend . Main processes of plasma-wall interaction and impurity transport in fusion … modelling. The dependence of tungsten deposition on plasma temperature and density is studied by simulations …
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… Plasma-enhanced atomic layer deposition of transition metal … and density of the 3D structures can be controlled during plasma-enhanced ALD. The shape of the 3D structures can be varied by modulating the plasma gas composition (H2/H2S ratio) during ALD. This has a …
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… metal surfaces to a hot intense beam of charged helium gas (plasma) in DIFFER's plasma experiment Magnum-PSI. Helium easily penetrates into the metal lattice … charged helium gas (plasma) in DIFFER's plasma experiment Magnum-PSI. Helium easily penetrates into the metal lattice …
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… throughout the hot fuel mass (a hot, ionized gas called a plasma ). The ITPA Transport and Confinement group provides … of heat, particles, momentum, and impurities in the fusion plasma. It uses those insights to design further … fully predictive computer codes to predict transport in the plasma, and extrapolate to advanced scenarios to operate …
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… which is largely valid in the core region of tokamak plasmas. They rely on nonlinear simulations for validating … gyrokinetic transport model [C. Bourdelle et al., Phys. Plasmas 14 112501 (2007)], which provides a ×6 order of … speedup compared to nonlinear simulations. 1 sec of JET plasma evolution computation costs approximately 10 hours …
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… van DIFFER, TU/e en Fujifilm beschrijven hun combinatie van plasma-depositie en atoomlaagdepositie in het vakblad Plasma Processing and Polymers . Het team onder leiding van … komt uit de synergie tussen de twee depositiemethoden. Plasma-expert Hindrik de Vries van DIFFER en Fujifilm …
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… which currently four are in use. The facility is coupled to Magnum-PSI, the world’s most powerful linear plasma source. Image Beata Tyburska-Pueschel, the new group … are definitely world-unique facilities . Combined with Magnum-PSI you can perform absolutely unique measurements. …
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… range of power plant designs by incorporating essential plasma physics processes like equilibrium, transport, … Since 2020, I have contributed to advancing computational plasma physics at General Atomics, notably through … focused on creating a zero-dimensional model for CO2 plasma reactors, marking the first step in my journey. …
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… made major contributions in the development of the core plasma transport models and were part of the EUROfusion team … have made great progress in the understanding of the core plasma physics in a fusion reactor and that we have now … an important impact on the behaviour and performance of the plasma core. As such the present results are also great news …
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… Solutions.nl - Customer case study around a demanding plasma vacuum application (blog) Editie #5 najaar 2020 - NWO … @DIFFER 11-04-2018 - BNR Nieuwsradio - Kernfusie-record in Magnum-PSI (interview start op 21 minuten) 09-04-2018 - de … DIFFER realiseren 22-02-2013 - EngineeringNet.be - Magnum-PSI maakt ITER-achtig plasma 15-02-2013 - …
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… seminar: Demonstration of ignition and a burning fusion plasma on the National Ignition Facility Attend this … present the very recent achievement of energy gain from DT plasmas in indirectly driven inertial confinement fusion … and, in time, became the laboratory's group leader for plasma physics. At Livermore, he led the first inertial …
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… three main fields: materials science, electrochemistry, and plasma chemistry. The researchers investigate the materials, … and upgrading the research facilities. The group is running Magnum-PSI , the Upgraded Pilot-PSI , the Ion Beam Facility … and upgrading the research facilities. The group is running Magnum-PSI , the Upgraded Pilot-PSI , the Ion Beam Facility …
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… power while avoiding density limits that risk a loss of plasma confinement and subsequent reactor damage. This … of megawatts of power will continuously be leaving the core plasma. They will be transported via a narrow region at the … to the this problem is the operation in the detached plasma regime, which is achieved by injecting impurity gas …
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… electrons to the wall, when control over the fusion plasma is lost. Better understanding of how to avoid the … suitable for observing superfast ‘runaway’ electrons in the plasma of a fusion reactor. He demonstrated that by looking … zijn door botsingen met andere geladen deeltjes binnen het plasma. Uiteindelijk kunnen ze diep relativistische …
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