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-conductors, oxide heterostructures, etc. In the traditional sense, you will be responsible for understanding basic microstructure, such as identifying the phase, phase distribution, precipitate volume
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, semi- and non-conductors, oxide heterostructures, etc. In the traditional sense, you will be responsible for understanding basic microstructure, such as identifying the phase, phase distribution
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-conductors, oxide heterostructures, etc. In the traditional sense, you will be responsible for understanding basic microstructure, such as identifying the phase, phase distribution, precipitate volume
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the SNS control system hardware and software, preparing systems for 2.8MW operations and building more cyber resilient computing and network infrastructure. Ongoing upgrade projects include replacing legacy
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; establish capabilities that enable the SNS user program to be successful and incorporate distributed control system best practices. Major Duties/Responsibilities: Establish a vision to successfully create and
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penetration of distributed energy resources (DERs) and electric vehicles (EVs) presents new challenges for grid resilience, health monitoring, and fault recovery. Advanced utility and third-party sensor
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product portfolio management. Primary responsibilities for this position are to provided subject matter expertise to the U.S. Department of Energy Isotope Program (DOE IP) network in the area of
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. Demonstrated knowledge of computer, networking, and distributed control system architecture. The ability to translate system performance and operational specifications into software design requirements and test
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specialized diagnostics, particularly for high dynamic range and high dimensional measurement of particle beam distributions. This project is motivated by the limitation presented by uncontrolled beam loss
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specialized diagnostics, particularly for high dynamic range and high dimensional measurement of particle beam distributions. This project is motivated by the limitation presented by uncontrolled beam loss