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Description Developing next-generation joint communcations and sensing applications requires precise measurements of the radio frequency propagation environment as well as sensing target characterization
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such as L-PBF over 10 years, and potential applicants can utilize and build upon NIST's repertoire of instruments, facilities, ongoing research, and interdisciplinary network of scientists and engineers
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chemistry which provides certified reference materials for pH and acidimetric measurements. We are recruiting applicants to advance our electrochemistry reference materials program to support the development
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to this research is the development and application of real-time data analysis pipelines to process the vast, high-speed XRD datasets generated during AM processes. These pipelines will utilize
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methods with various in situ energy sources (thermal, mechanical, magnetic, electrical) to tailor the properties of a material for a desired application. This research focuses on developing and
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are seeking researchers to contribute to the development and application of advanced measurement and automation techniques for exploring processing-structure-property-performance (PSPP) relationships in
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manufacturing of metal components through laser powder bed fusion have been increasingly embraced across a variety of industries and applications. But, broader adoption of this manufacturing technology—especially
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, health care, and nuclear security applications. No instrument today directly measures all decays in a sample with sufficient energy resolution to uniquely identify each radionuclide. NIST is developing a 4
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tested in the research community which include highly novel methods such as melt pool emission thermography or spectroscopy, structured light projection or other machine vision applications, acoustic
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anomalous Hall effect (QAHE) and the capabilities and limitations of current QAHE devices for applications such as electrical standards. A reliable and robust resistance standard that operates under the near