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that have applications in multiple sectors of importance in the Department of Energy. The primary focus will be developing separation methods using mass spectrometry including microfluidics, MEMS, and mass
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; expanding fundamental uranium material science Perform uranium material synthesis using a variety of solution-based and/or solid-phase materials chemistry techniques Conduct analysis of nuclear fuel cycle
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conduct organic synthesis, materials characterization, solvent extraction, and solid-phase separation studies to advance sustainable critical mineral recovery technologies. This position resides in
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evolution, phase stress, and defect evolution using advanced data analysis tools. Perform alloy fabrication and processing (e.g., arc melting, heat treatment) and relate processing to performance. Apply
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the project from idea stage to eventually generating quantifiable outcomes such as publications and invention disclosures. Major Duties/Responsibilities: Collaborate with a multidisciplinary team to advance
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, fluid mechanics, thermal sciences, and thermal management. (c) Nanofluids, phase-change materials, and advanced cooling technologies. (d) Membranes, adsorption/sorption, separation processes. Experience
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and quantification Demonstrated expertise in design and implementation of multi-physics codes for metal AM applications including thermo-mechanical response as well as microstructure and phase
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. Experience in data center thermal management technologies, including air cooling, liquid cooling, direct-to-chip cooling, immersion cooling, two-phase cooling, waste heat recovery, thermal energy storage
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, excitations and interactions, phase stability, in a range of quantum materials Responsible for presenting and reporting key scientific results and publishing high-quality research in peer-reviewed journals
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including tensile, fatigue, creep, impact, and nanoindentation testing. Analyze lattice strain evolution, phase stress, and defect evolution using advanced data analysis tools. Perform alloy fabrication and