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Field
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for doctoral theses. Candidates interested in one of the following three areas are particularly encouraged to apply: - X-ray photon correlation spectroscopy (XPCS) to study the dynamics of proteins and thin
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performance - needs to be an improvement over existing thin film UV absorbance measures. Instant improvements in skin appearance - texture or wrinkles, evenness of skin tone, firmness etc. Film effects e.g
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in the field of Membranes, Coatings, Polymer Thin Films, Biopolymers or Molecular Simulations, may apply at: https://chemical.snu.edu.in/Eligibility: Candidates with M.Tech./M.Sc. in Chemical
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. Requirements Research FieldPhysics » Solid state physicsEducation LevelMaster Degree or equivalent Skills/Qualifications Desired qualifications: Experience in the field of thin film deposition on surfaces and
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films and freestanding membranes in the last years, with several PhD thesis dedicated to the study of ferroelectric thin films, flexoelectric effects, metal-insulator transition materials, or light-matter
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Physics or master in materials science. · Knowledge: Condensed matter physics, thin film growth, oxides, phase transitions. · Professional Experience: Not needed, but previous lab work is a plus. · Personal
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determined by the electrochemical process that occurs in thin electrolyte layer. One PhD project will focus on understanding the change electrochemical migration mechanisms and its effects on short circuiting
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the BioFlexPV project, we will use a photoacid generator (PAG) acting as a catalyst to trigger the sol-gel process. In this project, we will design thin films using an integrated approach combining sol
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comprises experimental research in the field of in situ studies of the oxidation of multicomponent thin films. The research task includes designing and performing time-resolved experiments of the oxidation
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comprises experimental research in the field of synthesizing multicomponent thin films by pulsed arc deposition. The research task includes deposition process development and alloy engineering, thin film