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principles of liquid chromatography Experience in surface modification of chromatographic matrices Experience in bioanalytical methods for protein analysis Experience in analyzing nanoparticles and/or
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performance. The impact of this process will be investigated, considering its impact on the compressibility and transfer properties of the mixtures. Successful candidate will engage in interdisciplinary
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complex matrices [1-5]. To achieve this objective, the production of calcium carbonate grease will be replicated on a laboratory scale to reproduce the particle morphology. This system will be coupled with
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compounds in complex matrices using advanced analytical techniques (e.g., mass spectrometry), as well as in assessing protein functionality (spectroscopic methods, rheology) and flavor attributes. Ability
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device prototypes. Furthermore, the candidate should have experience in polymer processing techniques, including filament extrusion, compression molding, injection molding, and fused deposition modeling
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sequence programming (e.g., IDEA/ICE) and contemporary image reconstruction techniques (e.g., compressed sensing, parallel imaging, model-based or deep learning reconstructions). Knowledge of radial data
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sequence programming (e.g., IDEA/ICE) and contemporary image reconstruction techniques (e.g., compressed sensing, parallel imaging, model-based or deep learning reconstructions). Knowledge of radial data
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, such waste is more reactive than massive parts. The debris and powders are likely to react significantly by redox reaction with the water contained in the porous network of the cementitious matrices, thus
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involve, but not be restricted to, the following: Planning of experiments, including construction of design of experiments’ matrices to investigate effect of various spray process variables and finalizing
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for application in different matrices. The candidate must meet the following requirements: - PhD in Bioprocess Engineering, Chemical Engineering, Food Engineering, Biotechnology, or related fields; - PhD degree