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electrolytes, and thin-films as well as their in-situ and operando structural characterization to ascertain the relevant multiscale properties, establish structure-property maps and provide guidance and concepts
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This postdoctoral fellow position will focus on developing, fabricating, and testing scaled-up, high-permeance membranes building upon promising dense film results for H2-stable, Ag+-based olefin-paraffin separation
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field at the time of appointment. Experience with microfabrication and nanofabrication techniques, including photolithography, thin film deposition, wet chemical etching, scanning electron microscopy
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thin films designed from nanocelluloses with a crossed organization between each layer, by the successive application of reverse extensional flow applied simultaneously during an ultrafiltration process
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in techniques to characterize mixed ionic/electronic conductors both in solution and thin film Experience with additive manufacturing and/or conjugated polymer synthesis Experience with sustainability
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Materials (NEMM ) program, aiming to advancing the fundamental science of non-equilibrium magnetic materials and phenomena in thin-film materials with strong spin-orbit interactions in the presence
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structural characterization of thin films. Demonstrated ability to conduct and perform collaborative research and effectively interact with a broad range of colleagues. Demonstrated ability to represent and
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multiple scientific articles Strong knowledge of English, both orally and in writing. Of merit: Experience in techniques to characterize mixed ionic/electronic conductors both in solution and thin film
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or several of the following areas: fiber optics, opto-couplers, nano- and micro-material development, optical spectroscopy, and thin film deposition techniques. Experience in developing and fully
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solving complex manufacturing problems. The Post-Doctoral Fellow will focus on developing electronic and optoelectronic devices based on thin film technology. The Postdoctoral Fellow will be deploying a