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Field
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membranes for efficient plasma delivery to electrochemical sensors. Characterize plasma separation performance including separation time, yield, cell carryover, and robustness across physiological and
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the Life Science Building at the University of Oslo, Gaustad, Oslo. Job description This position is part of the convergence environment PERMEATE – Peptides for Membrane Targeting and Synergistic Drug
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analysis Analysis and presentation of electrochemical data Design and optimisation CO2 electrolyser from lab scale to 100 cm2 Investigate materials (electrode substrate, membrane and catalysts) Synthesis and
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qualification. For all posts, applicants should have some practical experience in electrochemistry and anion exchange membrane fuel cells. Applicants are invited to contact Prof. Xiao Zhang at telephone number
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experience (at least one scientific publication) in the preparation of ion-exchange membranes using 3D printing. Documentary evidence demonstrating compliance with the above-mentioned requirements must be
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scientific publication or Master's thesis) in: the preparation of SPES polymeric membranes for selective lithium transport; the use of electrochemical techniques (LSV) for their characterisation. Supporting
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Investigate materials (electrode substrate, membrane and catalysts) Synthesis and interpretation of data Simple process simulation and modelling General lab organization and coordination Assist supervising PhD
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& Responsibilities: Design and implement methods to maximize the expression and activity of integral membrane metalloenzymes and associated proteins. Carry out activity assays using a GC-MS. Measure metal
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comprising 9 of the 12 bacteria that pose the greatest threat to human health. The outer membrane (OM) of these pathogens acts as a first line of defence against an antibiotic assault and, therefore, finding
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the reconstruction of thermal gradients produced under a range of laser exposure conditions, the relationship between changes in temperature and membrane potential, excitation versus inhibition as a function of