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nanoscience and are structured around six cross-cutting themes, as indicated on its website: https://w3.insp.upmc.fr This project aims to develop a conductive thermal diode driven by the heat generated by
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-gradient superconducting radio-frequency (SRF) cavities within the “Accelerator physics” division at IJCLab, in connection with the FCC and PERLE projects. The other will concern high-temperature
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Carpentry Apprenticeship Program, which is approved/accepted by local or state government. Physical Requirements Works in shop and mechanical area environments with exposure to dust, heat, cold, noise, and
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Environment: Indoor and outdoor environment. Seasonal heat and cold or adverse weather conditions May be exposed to uncomfortable work spaces such as darkness or poor lighting, dirt/dust, fumes/odors, isolation
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to improve cold tolerance in high-yielding southern germplasm. Equal Employment Opportunity Statement All qualified applicants will receive consideration for employment without regard to race, color, religion
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while processing instrumentation To see far and near Environmental conditions may include, but not be limited to, variations in temperature, noise, odors, multi-stimuli, etc. Pressure from high volume
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devices, aiming to achieve stable high-frequency operation in harsh environments such as under radiation and at high temperatures. [Work content and job description] The successful candidate will engage in
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and genomic mechanisms underpinning the extraordinary heat tolerance of Arabian Gulf corals, the most thermally resilient corals on Earth. The successful candidate will lead an ambitious research
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knowledge of the Mean Radiant Temperature (MRT). This denotes the equivalent temperature of a confined space that would generate the same heat flux as the actual environment on a human, typically modeled as a
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, and green (DES) solvents assisted by microwaves, as well as optimization of reaction conditions (type of solvent, temperature, time, and solvent/water ratio) to achieve high HMF yields. Bioconversion