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cover will be constrained using Raman spectroscopy of carbonaceous material (RSCM method), complemented by bottom-hole temperatures (BHT) and heat flow data to define present-day thermal gradients
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studies of new layered magnetic materials and heterostructures of layered materials, under extreme conditions of low temperature, high magnetic field, and high hydrostatic pressure. Magneto-optical studies
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convective heat flux are assumed to be uniform [Berger 2021]. (ii) Second, the envelopes are composed by association of multiple plane layers of different materials. Considering these observations
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the ASTRID ProCoPe project (Collective Processes for Power Components), led by the III-V Lab, which aims to fabricate power components with diamond heat sinks, based on Gallium Nitride (GaN), and to develop
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edges,...) with high temperature structural applications. Knowledge of thermomechanical properties (coefficient of thermal expansion) and thermophysical properties (diffusivity, heat capacity, thermal
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developed high-sensitivity detectors to probe newly discovered anomalous quantum Hall effect phases in rhombohedral graphene. In particular, we wish to study phases that, due to interaction, exhibit
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for metals in materials science, such as: Processing methods, • Heat treatments, • Phase transformation studies, • Understanding mechanical properties through microstructure/property correlations, in situ
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located in the Tricastin nuclear site. This compound is critical in enrichment process since it enables 235U fuel enrichment by centrifugation, since it is gaseous at low temperature (56°C). During
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particular, heterostructures of magnetic and non-magnetic 3DTIs offer promising routes for high-temperature QAH systems, with possible applications in metrology. Indeed, in the Quantum Hall effect
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quantum magnetometry. The work will rely on state-of-the-art instrumentation, in particular a low-temperature (1.4 K) STM operating under ultra-high vacuum and magnetic fields up to 5 Tesla, along with