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that emit charged particles upon neutron capture. Research topics include method development, focusing on improved specificity, accuracy, sensitivity, and spatial resolution through detailed studies
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, remain poorly understood, and cannot currently be measured quantitatively in mixed communities. The goal of this opportunity is the development of in vitro models of HGT to better measure HGT events
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involves the development of modeling tools for microstructure-sensitive materials characterization, including finite-element tools and crystal plasticity modeling, extensible to new classes of constitutive
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examinations to address issues such as prediction of drug class of unknown substances, interpretation of ignitable liquid signatures, or prediction of trace explosives degradation signatures. Development
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currently contains over 4.2 million data points along with the associated experimental uncertainties. Direct access to this information opens unique possibilities for the development of next-generation
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thermophysical data in the world. Direct access to this information offers unique possibilities for the development and validation of creative multiscale computational approaches to complex electrostatic processes
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sample preparation equipment (including cross-sections) and also an ability to fabricate prototype devices using electron lithography. The current topics of interest include the process development and
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double-crystal diffraction instrument combined with a high-power, demountable x-ray source and a vacuum compatible hybrid pixel area detector. Decades of development of instrumentation for cutting edge x
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physiologically relevant in vitro 3D cell cultures with controlled expressions of endogenous biomarkers; (4) development of optical measurement techniques and standards for quantitative characterization
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(TraCR) database. For more information see https://www.nist.gov/community-resilience/assessment-products https://www.nist.gov/programs-projects/development-first-generation-community-resilience-assessment