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characterize and accurately quantify trace elements, isotopes and organic chemical markers in complex sample matrices. Such holistic chemical measurement systems are needed for a variety of areas including
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levels are defining electronic properties that govern how an electronic device operates, and these properties are dependent on many factors such as heterointerfaces formed and its microstructure. In
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kris.bertness@nist.gov 303.497.5069 Matt Brubaker matthew.brubaker@nist.gov 303 497 4167 Alexana Roshko roshko@nist.gov 303.497.5420 Description Semiconductor nanostructures offer new applications in areas
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For Finding Class Encoding Patterns”, arXiv, Dec. 2022, URL [ 3] Nicholas J. Schaub et al., “Deep learning predicts function of live retinal pigment epithelium from quantitative microscopy,” Journal of Clinical
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processes that we cannot measure with off the shelf instrumentation. This NRC fellowship will explore the emerging field of acoustofluidics and its possible applications on acoustic absorption spectroscopy
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applications, the sensitivity of cryogenic instrumentation far surpasses that of conventional room temperature electronics. Consequently, NIST has a large program to develop detectors that operate
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identification process and enable end users to select the appropriate tools for their applications. Combining existing and new technologies is encouraged. The proposal may include a combination of benchwork and
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independent strategies (metagenomics, bioinformatics, synthetic biology) to determine microbial function from sequence data. Since this project is highly interdisciplinary, we are seeking applicants from
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of interest include the simulation of fires, flame spread, and smoke transport for fire safety application. Fires, which are outdoors and in enclosures, are considered. Numerical approaches involve both large
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properties, allowing primary thermometry. Achieving the size, accuracy, and measurement speed sufficient for thermometry in industrial applications requires new approaches to absorption spectroscopy. First, to