226 quantum-physics-"https:"-"https:"-"https:"-"M.V" positions at Oak Ridge National Laboratory
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on magnetohydrodynamic (MHD) flows of electrically conducting liquids in a magnetic field, such as liquid metals (LMs) as well as plasma physics relevant to breeding/cooling fusion energy applications. The selected
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microstructural behavior Perform failure analysis and process–property correlation to guide material and process improvements Maintain high scientific productivity through collaboration, innovation, and research
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, polymeric, or physical chemist with expertise in electrode or electrolyte chemistry for development of new electrode or electrolyte systems for battery applications. The primary focus will be on synthesis and
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Section, Chemical Sciences Division, Physical Sciences Directorate, at Oak Ridge National Laboratory (ORNL). Major Duties/Responsibilities: Conduct atomistic simulations to contribute to multi-disciplinary
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Understanding of Programmable Logic Controllers and the ability to use them as an operator as well as determining if they are not running properly Special Requirements: Work involves various physical requirements
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the Enrichment Systems Engineering Section Head to manage group assignments, approve machine design outputs, drive continuous process improvements, and develop subject matter expertise. This position works closely
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. Preferred Qualifications: Education or experience that includes a technical field such as engineering, chemistry, physics, computational sciences, or a technical degree is helpful. An advanced degree and
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, drafting position descriptions, and participating in the interview process. Support team members' long-term professional development by identifying training, conference, and collaborative opportunities
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computational mesh generation to generate validated computational results that are used for large-scale, physics-based simulations for variety of applications. Our Group: MMF is a computational multiphysics
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computational mesh generation to generate validated computational results that are used for large-scale, physics-based simulations for variety of applications. Our Group: MMF is a computational multiphysics