… Energy Lab . Our experienced in-house engineers and workshops provide support to all facilities. Additionally, … characterisation tools and diagnostics equipment such as electron microscopes, Raman and FTIR spectrometers and … Energy Lab . Our experienced in-house engineers and workshops provide support to all facilities. Additionally, …
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… systems - are naturally described by Partial Differential Equations (PDEs). These mathematical models capture how … problems are solved by approximating these complex equations using numerical methods, reducing them to finite … introduce a new control framework - PIE (Partial Integral Equation) - that allows us to work directly with the …
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… of iron carbide. To create this model catalyst, we used an electron beam evaporator to evaporate iron on top of two … of iron carbide. To create this model catalyst, we used an electron beam evaporator to evaporate iron on top of two …
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… the expected disruption. R/t magnetics, Te profiles from electron cyclotron emission (ECE), 2D Te fluctuation data … the expected disruption. R/t magnetics, Te profiles from electron cyclotron emission (ECE), 2D Te fluctuation data …
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… emission is used to infer SOL plasma parameters such as the electron temperature, density and neutral atomic density. … emission is used to infer SOL plasma parameters such as the electron temperature, density and neutral atomic density. …
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… University of Technology (TU/e) for his thesis entitled ‘Electron transport barriers in tokamak plasmas’. From 2004 … University of Technology (TU/e) for his thesis entitled ‘Electron transport barriers in tokamak plasmas’. From 2004 …
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… fusion reactor in Garching (Germany). The measurement of electron temperature variations in the black box show how … fusion reactor in Garching (Germany). The measurement of electron temperature variations in the black box show how …
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… Universiteit Eindhoven (TU/e) op een proefschrift getiteld “Electron transport barriers in tokamak plasmas”. Van 2004 … Universiteit Eindhoven (TU/e) op een proefschrift getiteld “Electron transport barriers in tokamak plasmas”. Van 2004 …
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… use other in situ imaging techniques such as transmission electron microscopy, surface X-ray diffraction, and optical … use other in situ imaging techniques such as transmission electron microscopy, surface X-ray diffraction, and optical …
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… effect that persists during repeated cycling." Scanning Electron Microscopy image (micrometer scale) of the … effect that persists during repeated cycling." Scanning Electron Microscopy image (micrometer scale) of the …
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… a material. Says Doğan: "The paper compares transmission electron microscopy (TEM), photoluminescence spectroscopy … a material. Says Doğan: "The paper compares transmission electron microscopy (TEM), photoluminescence spectroscopy …
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… Silicon nanocrystals are promising materials for optical, electronic, medical and renewable energy applications. … creating defects in the silicon nanocrystals with an electron beam. The impact of fast electrons creates defects in the oxide shell surrounding …
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… crystals 15.45 Andrea Baldi (DIFFER): In-situ transmission electron microscopy study of battery nanomaterials 16.10 … crystals 15.45 Andrea Baldi (DIFFER): In-situ transmission electron microscopy study of battery nanomaterials 16.10 …
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… Where have the electrons gone? Published on October 16, 2018 So-called … resonances. These are light-driven oscillations of the free electrons at the surface of a metal nanoparticle. Such … This often led to the conclusion that tens of thousands of electrons can be exchanged between these metal nanoparticles …
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… An extra set of eyes on runaway electrons Published on November 07, 2024 Fusion researcher … Bernard Bigot Researcher Grant (ERG) to study runaway electrons, which can damage the inside of a fusion reactor … my ERG project I want to look at the phenomenon of runaway electrons , which can damage the inner walls of your fusion …
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