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- … in chemical imaging techniques, based on optical, electron and X-ray methods, demonstrate that such molecular … in chemical imaging techniques, based on optical, electron and X-ray methods, demonstrate that such molecular …Relevance1
- … Please use the form below to register for the 2023 PMIF workshop. The registration closes 23 October 2023. Please … Please use the form below to register for the 2023 PMIF workshop. The registration closes 23 October 2023. Please …Relevance1
- … with local current drive in the TCV tokamak Upper panel: Electron Cyclotron power (in MW) delivering current drive. … with local current drive in the TCV tokamak Upper panel: Electron Cyclotron power (in MW) delivering current drive. …Relevance1
- … steady state and transient thermal loads, simulated with electron/laser beams and linear plasma devices, induce a … steady state and transient thermal loads, simulated with electron/laser beams and linear plasma devices, induce a …Relevance1
- … multi-dimensional plasma models reveal how electron kinetics, vibrational energy transfer, chemical … multi-dimensional plasma models reveal how electron kinetics, vibrational energy transfer, chemical …Relevance1
- … institute like DIFFER. After a plunge into the mechanical workshop, they attended soldering and programming workshops and met male and female researchers during the … institute like DIFFER. After a plunge into the mechanical workshop, they attended soldering and programming workshops …Relevance1
- … transition metal dichalcogenides (2DTMDs) for nanoelectronics and catalysis applications using atomic layer … the 3D structures by extensive high resolution transmission electron microscopy analysis. We found that the fins … nanolayers, which can enable applications in both nanoelectronics and catalysis. Date Thu, 04/11/2019 - 09:15 - …Relevance1
- … q and Te/Ti has been achieved in JET L-mode with dominant electron heating (NBI+ohmic) conditions. The isotope mass … q and Te/Ti has been achieved in JET L-mode with dominant electron heating (NBI+ohmic) conditions. The isotope mass …Relevance1
- … to improve the diffusion of excitons (bound states of electrons and electron holes) in materials. Enhancing transport of … electrical charges in matter is a major goal to improve optoelectronic devices, e.g., solar cells, LEDs, lasers, … to improve the diffusion of excitons (bound states of electrons and electron holes) in materials. Enhancing …Relevance1
- … DIFFER Seminar: Exciting Electrons in Optoelectronic Nanomaterials Attend this seminar? Use the … and two-dimensional materials are of interest for optoelectronic applications, including solar cells, … and two-dimensional materials are of interest for optoelectronic applications, including solar cells, …Relevance1
- … are capable of accurately measuring and influencing the electron density profile in the challenging environment of … are capable of accurately measuring and influencing the electron density profile in the challenging environment of …Relevance1
- … hosting the ATIM (Advances in Tokamak Integrated Modelling) Workshop. Registration is now open. Please visit the … hosting the ATIM (Advances in Tokamak Integrated Modelling) Workshop. Registration is now open. Please visit the …Relevance1
- … and scale them up to mature systems." More about the workshop (in Dutch) at … and scale them up to mature systems." More about the workshop (in Dutch) at …Relevance1
- … 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 … Chemical Energy Lab focuses on the storage of photons and electrons in form of fuels and feedstock. What processes and …Relevance1
- … Grant (EEC) for the development of software tools for Electron Cyclotron Heating (ECH) exploitation in the fusion … Grant (EEC) for the development of software tools for Electron Cyclotron Heating (ECH) exploitation in the fusion …Relevance1