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, diffraction limits, and thermal noise. Achieving compact, efficient designs for cryogenic environments is crucial for practical applications in radio astronomy. Major responsibilities As a PhD student, you will
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terahertz waveguides and layouts, and overcoming challenges related to signal attenuation, diffraction limits, and thermal noise. Achieving compact, efficient designs for cryogenic environments is crucial
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--1-12754 Is the Job related to staff position within a Research Infrastructure? No Offer Description PhD student position in Data-driven methods for evaluating thermal resilience in buildings We
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blocks. Using these materials, we then explore applications in areas ranging from printed electronics to thermal insulation. We are now looking for an outstanding PhD student to join our group! Why join us
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explore applications in areas ranging from printed electronics to thermal insulation. We are now looking for a PhD student to join our group and WWSC. Your work assignments Your research in the Catalysis
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techniques such as thermal gravimetric analysis (TGA), diffraction techniques (e.g. X-ray), and electron microscopy (SEM, TEM). Experience in the design and building of laboratory-scale devices such as flow
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--1-12756 Is the Job related to staff position within a Research Infrastructure? No Offer Description PhD student position in Climate adaptation design and modelling for thermally resilient housing We
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thermal conditions. The core of the methodology, by which this will be achieved, is ion-implantation of the volatiles in unirradiated nuclear-fuel followed by elemental depth-profiling with ToF-ERDA (Time
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, and heterogeneous catalysis. Knowledge and skills in material characterization techniques such as thermal gravimetric analysis (TGA), diffraction techniques (e.g. X-ray), and electron microscopy (SEM
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, thermal impacts, costs and overall size. The innovative techniques to be used in the projects include adaptive switching frequency, dv/dt filter, enhancement of winding insulations, and balancing