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processes that produce energy and raw materials. The Department of Reactive Transport is looking for a PhD Student (f/m/d) Experimental analysis of the sorption kinetics for radionuclides on sheet silicates
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using X-ray and neutron scattering. One of the research areas is the development of machine learning (ML) based approaches to efficient analysis of the vast data amounts generated in the scattering
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reinforcement tasks to work with, enhance or replace established methods from computational engineering and computer simulation (such as the finite element method) to represent and exploit relationships along
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computationally perturbing chiral molecules by smoothly exchanging or adding functional groups or by replacing atoms with those of a different element to understand which changes in molecular structures or solvent
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key component of the presynaptic boutons, whose function is not limited to storage and release of neurotransmitter. Our previous data indicate that the synaptic vesicle cluster can be seen as a master
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functions. Extrinsically, the ageing tissue environment shows chronic low-grade inflammation, altered cytokine and growth-factor availability, changes in stromal and endothelial cues, shifts in the microbiome
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continuous casting. The process covers 96 % of the total production volume of steel world-wide. The tasks cover the construction of the laboratory demonstrator using low-melting metal alloys including
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the transcription factor LMX1B. The prognosis for patients is determined by damage to podocytes, a cell type essential for the filtration properties of the kidney. The project to be undertaken involves the functional
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benchmarking of clay mineral surface finite models for DFT simulations Speciation simulations of the radionuclides in various environments Your profile Completed university studies (Master/Diploma) in the field
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PhD project: The genomes of basically all living organisms on our planet are invaded by genetic elements called transposable elements (TEs). These TEs can be considered as parasites in our genome