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function of the hydrogen concentration. This information provides insight into the chemistry and physics of hydrogen adsorption/absorption, which is then used to identify the most promising avenues
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surrogates for short-lived radiopharmaceuticals and continues to work to bring metrological rigor to pre-clinical and clinical molecular imaging. Our work enables precision calibration of imaging devices, so
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Description We work with scientists in other NIST laboratories to develop tools for computer simulation and analysis of magnetic systems at the nanometer scale. Model verification is achieved by comparison
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NIST only participates in the February and August reviews. We work in close collaboration with the electronics and ancillary industries on their long-term metrology needs. For example, emerging
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devices, coatings, food-related materials, and personal care. Work emphasizes the development of analytical methods for quantitative measurement of engineered nanoparticle properties, including bulk and
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Density Functional Theory (DFT)—frequently fail to balance the necessary accuracy with the required computational scale. Our group is developing a high-performance computational framework to bridge this gap
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NIST only participates in the February and August reviews. Manufacturing optimized devices that incorporate newly-emerging materials requires predictable performance throughout device lifetimes
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transmitted, and then returned to computational states. In this work, we are exploring the use of point defects in silicon that can be used to generate single photon states and coupled to silicon spin qubits
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that the interaction between polymers and a single nanopore provides the physical basis of a multi-analyte sensor. Work is also underway to determine whether this system could be used as tool to rapidly sequence long
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/absorption, which is then used to identify the most promising avenues for the synthesis of new materials with the improved CO2 capture and conversion performance. Keywords Carbon dioxide absorption; Carbon