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Field
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ceramic materials by electrospinning for application in ceramic electrochemical reactors; use of different characterization techniques, including impedance spectroscopy, thermogravimetry, dilatometry, X-ray
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materials characterization including x-ray diffraction, atomic force microscopy and transmission electron microscopy. Furthermore, you will have access to extensive device fabrication capabilities, and a
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to interact with people at all levels both within and outside the laboratory. Preferred Knowledge, Skills, and Experience Experience with X-ray scattering/diffraction and quantitative data analysis and modeling
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constituents of its microstructure. You will develop inverse-analyses of the in situ imaging experiments to extract the non-linear stress/strain relationships. You will design critical in situ X-ray and neutron
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their nickel complexes, using Schlenk techniques, the glovebox, NMR spectroscopy, mass spectrometry, single-crystal X-ray diffraction and other techniques that might be deemed suitable. You will then test
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, and interface structure determination with x-ray diffraction/scattering/spectroscopy, transport and magnetic property characterization using Quantum Design’s MPMS/PPMS and dilution refrigerators
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, and interface structure determination with x-ray diffraction/scattering/spectroscopy, transport and magnetic property characterization using Quantum Design’s MPMS/PPMS and dilution refrigerators
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: PhD degree in Materials Science, Chemistry, Crystallography Knowledge in crystallization technics Expertise in solving crystal structure using single-crystal X-ray diffraction data. Experience in
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thermal analysis (DSC/TGA). Hands-on experience in materials characterization using tools such as particle size analysis, optical microscope, scanning electron microscopy, X-ray diffraction. Strong
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candidate who has the ability to synthesize hybrid materials and organic linkers, perform conductivity measurements, perform spectroscopy measurements, and perform X-ray diffraction analysis. The candidate