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seen an explosion in our understanding of the problem, almost all due to advances in characterization techniques and researchers’ innovation in combining techniques. The “million-dollar question
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nanoparticles. An additional challenge is the concentration differences, as some contaminants in water are present at percent levels, but most occur at low levels and have unknown cumulative effects on both
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challenging because the compounds of most interest have unstretched laminar burning velocities in the range of 1 cm/s to 8 cm/s (i.e., near the flammability limit). Under these conditions, the measurements (and
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, and capacitance) Electrostatic interactions in crown ethers, near metallic electrodes, and around nanopores Local dielectric response in nanoscale confinement We also welcome related proposals on topics
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third generation PV materials and devices using a suite of complementary approaches such as photoconductive AFM, near-filed optical microscopy, photothermal scanning spectroscopy, electron beam induced
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chips, and also virtually any future magnetism-based electronics will require large, very uniform arrays of magnetic nanostructures that may use novel spin transport phenomena to manipulate and detect
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and it has nearly 100% detection efficiency. That is a combination that offers much potential in improved measurements as well as fundamental tests of physics and quantum mechanics. key words
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301.975.5329 Daniel Wheeler daniel.wheeler@nist.gov 301.975.0409 Description Additive Manufacturing (“3D printing”) technologies are attractive for their ability to produce near-net-shape parts in geometries
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merely leads to large data files but limited information about the environment it seeks to represent. This project seeks to (1) investigate the use of commercial off the shelf optical components such as
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allergens. Proteomics is one of the most important post-genomic approaches that provide a complete description of a proteome under various pathological and physiological conditions. The study of proteins