39 finite-element-methods Postdoctoral positions at Technical University of Denmark in Denmark
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in English. The candidate must have prior hands-on experience in: Luminescence dating and radiocarbon dating Geochemical methods for dust provenance analysis, especially U-Pb dating of zircons
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with your colleagues. You have a background in biomedical engineering, chemistry or equivalent and have in-depth knowledge of the following: electrochemical methods, nanoporous gold, electrodeposition
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this role, you will join an internationally recognised multidisciplinary team to develop new technologies and advanced analytics such as deep learning methods for the analysis of images and videos for species
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of extensive datasets is advantageous Experience with DaVis software and methods such as Shake the Box and VIC# and data assimilation methods is advantageous You should also enjoy teaching and supervision
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this role, you will join an internationally recognised multidisciplinary team to develop new technologies and advanced analytics such as deep learning methods for the analysis of images and videos for species
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changes taking place during manufacturing. Develop models of defect generation during material fabrication. Developing data-driven models based on proper statistical methods to obtain correlations between
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modalities) as well as high-resolution transmission electron microscopy. The work will include: developing pioneering methods for nanoscale imaging of enzymes immobilized at “soft matter” and inorganic
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the photochemical dyeing solution. And on new systems for color measurement of dyed yarn. You will work closely with two Ph.D. students at DTU Chemistry. Your primary tasks will be to: Identify markers and methods
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modalities) as well as high-resolution transmission electron microscopy. The work will include: developing pioneering methods for nanoscale imaging of enzymes immobilized at “soft matter” and inorganic
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reactions in gas (or liquid) phase. Operando studies of single nanoparticles using atomic-resolution transmission electron microscopy techniques. Development of new ultrasensitive and quantitative methods