… Turning any silicon nanocrystal into a white light emitter Published on March 21, 2017 Silicon … promising materials for applications. A big challenge is controlling the exact properties of the nanocrystals that … on advanced photon management concepts in solar cells using silicon nanocrystals to convert high energy photons …
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… How nanoparticles focus light from nearby molecules Published on April 04, 2019 In … TU/e show how an array of metallic nanoparticles enhances light emission from nearby fluorescent molecules. Why do … for molecules in proximity of an array arises from a “focusing” effect due to the collective influence of all the …
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… laser at room temperature Published on January 13, 2017 By controlling the interplay between light and matter at a nanoscale, researchers from the Dutch … electrical current. Go to the News page. … By controlling the interplay between light and matter at a …
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… Smart*Light Smart*Light: a ‘table-top synchrotron’ for materials science … restrictions on availability. Inverse Compton Scattering Using new accelerator technology, a compact and highly … restrictions on availability. Inverse Compton Scattering Using new accelerator technology, a compact and highly …
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… Light as a chemical ingredient Published on July 30, 2018 … are looking for ways to make chemical reactions run on light. This may open the possibility to synthesize … with the effect of activating the silver shell growth using a laser without any external heating. They found that …
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… visitors External visitors are welcome to join DIFFER seminars. Registration in advance is however required. If you want to visit a DIFFER seminar please: Register yourself through this website (link … through this mailing list. If you encounter problems using this list, please contact us by email: seminars [18] …
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… XS grant for bright idea: using plasma lamp as reactor Published on December 03, 2020 It sounds like a do-it-yourself project: take a tube light and convert it into a chemical reactor. Yet DIFFER … With the plasma lamps, a kind of very efficient tube lights, Devid can start his project in spite of the covid-19 …
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… scientific and technological interest. Learn more about light Nicholas Furtak, third year PhD student at the … of Leeds, attended the workshop to ‘learn more about light’: ‘I have recently published my first papers about … workshop is a perfect opportunity to get acquainted with light in a broader context. And it is also a nice event to …
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… DIFFER seminar: First Light Fusion In this seminar an overview will be presented of First Light Fusion including our current facilities, diagnostics, …
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… Professor Jom Luiten within the Interreg consortium Smart*Light . The research facility should be operational within a … very happy with this step.” Synchrotrons Synchrotrons, or light sources based on circular particle accelerators, have … synchrotrons and there are only about ten in Europe. Smart*Light “These are so sought after that there are long waiting …
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… Highlights Benchmark of a self-consistent dynamic 1D divertor model DIV1D using the 2D SOLPS-ITER code G.L. Derks, J.P.K.W. … feature of DIV1D is that it mimics cross-field transport using an effective flux expansion and includes a neutral gas … poloidally averaged current density perturbation. … Highlights …
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… Jom Luiten, binnen het Interreg-consortium Smart*Light . De onderzoeksfaciliteit moet over enkele jaren … synchrotron, en in Europa is er slechts een tiental. Smart*Light “Ze zijn zo gewild dat er grote wachtlijsten zijn”, … niet mogelijk.” Luiten ontwikkelde daarom Smart*Light, een alternatieve technologie die met een opstelling …
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… group very interesting. I am fascinated by things with light and that worked out well at DIFFER." Light on nanoparticles At DIFFER, he worked on fundamental … Baldi's group was concerned with an effect that occurs when light interacts with nanoparticles: 'plasmon resonances'. …
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… plasmas split CO2 into CO. His results suggest that using plasmas is an appealing way to make the building … intense laser beam into the plasma and then measuring the light scattered. In this way, we can gather time and spatial … intense laser beam into the plasma and then measuring the light scattered. In this way, we can gather time and spatial …
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… reactors, that is what he did. Rindt designed a divertor using liquid metal contained by 3D-printed tungsten. He … will crack, melt or erode away. This can be solved by using liquid metals in the divertor, as these will not crack … called vapor shielding. However early designs, for example using a wire mesh to soak up liquid lithium, are not yet …
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