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controls the interactions of and between nanotubes dispersed for processing in liquid media. A key example of this is that liquid phase separation techniques rely on modulating these interactions using
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phantoms for use in clinical scanners, and measure material properties using a variable-field nuclear magnetic resonance system, a variable-field small-bore MRI, and research MRI scanners located
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NIST only participates in the February and August reviews. Knowledge of fluid thermophysical properties is vital for applications in industry, metrology, and environment. The tools of statistical
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, computer scientists, data scientists, and data engineers to define and implement community standards for knowledge representation and interchange. The successful applicant will conduct novel research in
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electronics. New materials are continually being developed for electronic applications, and accurate measurements of the electromagnetic properties of these often complex new materials is critical both
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such as dynamic nuclear polarization which allow for enhanced signals useable to track metabolite conversion in the body are of interest. NIST is also working on low-field spectroscopy and ultra-low field
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. The NIST channel sounding measurement team specializes in the development and use of instrumentation in the 10s of GHz based on phased array antennas that is optimized to capture dynamically evolving
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that allow ceramics to be densified at thermal budgets considerably lower than used in traditional sintering, which typically requires temperatures above 1000 °C. One prominent example is ceramic cold
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the carbon dioxide system in seawater using methods such as total alkalinity, total dissolved inorganic carbon, and spectrophotometric pH, (2) evaluation of synthetic solutions to measure ion fitting
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consolidation of precursor metal materials into metal 3D parts and structures, enabling complex geometry and material designs. The fundamental physics of these processes is relatively complex, involving various