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device fabrication techniques, including sputtering, evaporation, electron-beam lithography, optical and laser lithography, reactive-ion etching and plasma etching - Physical characterization techniques
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enable the use of a crossed dipole trap with a 50W laser at 1.1μm. This trap will also need to be built. The opening of the vacuum chamber has been used to install a rotating retro-reflection mirror
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3D optical diagnostic tools. The activities would include experimental fluid dynamics, 3D PTV setting and laser handling, data post-processing, to improve the measurement and understanding of small
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characterization of C and SiC fibers - Training on bench use (in particular heating techniques by Joule effect, laser diffraction, infrared imaging, pyrometry, preparation of micrometric samples, ...) - Technical
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synthesised in situ using a state-of-the-art pulsed laser deposition system. Key characterisations include X-ray diffraction for structural properties and temperature-dependent magneto-optical properties
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the supervision of PhD or Master students. The recruited person will exploit the existing test benches (Beta source and infrared laser) developed for the first EICROC protype (EICROC0, 4x4 channels) to characterize
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techniques (3D printing, photopolymerization, laser ablation, molding). - Knowledge of advanced imaging techniques (confocal microscopy, fluorescence microscopy etc.) will be highly appreciated. Website
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existing hydrodynamic code to simulate experiments from the literature, implement and improve multi-phase behaviour laws to optimise their predictive capabilities, and carry out new laser shock experiments
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ice environments under controlled laboratory conditions, using advanced radiation sources including synchrotrons, lasers, and hydrogen lamps. • Involvement in a cutting-edge ERC-funded research project