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on both pure fluids and mixtures are of interest. Opportunities also exist to expand the range and capabilities of our instruments or propose the development of new measurement techniques. We especially
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received attention as possible materials for efficient carbon dioxide capture. This class of materials exhibits a wide variety of pore sizes, geometries, and connectivities, as well as a range of exposed
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diffraction, x-ray absorption spectroscopy for the quantification of chemical short range order, and automated microstructural image analysis. The simulation approaches of interest include machine learning
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Fabry-Perot cavity for high-speed optical readout. With cavity lengths on the order of a millimeter and frequency excursions in the GHz range, SI-traceable readout presents some interesting challenges. We
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operating in the range of 7 MeV to 32 MeV. An electron Van de Graaff accelerator produces beams with energies from approximately 500 keV to 2 MeV. A clinical electron linac has electron beam energies from 6
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range of 228 – 500 K with pressures to 90 MPa. We are pursuing dew-point (as opposed to the more traditional bubble-point) measurements for defining vapor-liquid equilibria (VLE) in both the two-sinker
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the accessibility, reliability, precision, accuracy, and range of values that can be achieved and disseminated within the respective area of each standard. Proposals to advance the state-of-the-art of
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change in resonant frequencies over a broad range of temperatures. Reference Johnson WL, et al: Journal of Applied Physics 110: 123528, 2011 Piezoelectric materials; Acoustic sensors; Crystal resonators
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localization and tracking has a wide range of applications, including emergency response, E911, personal navigation in large public places (such as shopping malls and museums), asset tracking in warehouses
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; narrow, symmetric peaks and flat baselines are readily obtained for most samples; signal averaging can be used to optimize signal-to-noise ratios; a wide range of molecular masses is accessible; and the