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nanostructured building blocks and functionalized surfaces, constructing high-dimensionality devices, utilizing multi-element arrays with modulation techniques, and employing bio-inspired signal-processing
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of novel optical methods for nanoscale dimensional measurements using the NIST 193 nm Microscope: a newly upgraded, custom-built, world-class high-magnification optical imaging platform optimized
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, including computational fluid dynamics (CFD), discrete element method (DEM), and discrete phase model (DPM), with a specific focus on coupled approaches (CFD-DEM/CFPD) in turbulent environments. Quantum
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identification of its chemical components. The most sensitive and widely employed method for making such identifications involves matching tandem spectra acquired via liquid chromatography tandem mass spectrometry
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method that performs well across all types of microbial samples is very challenging. The difficulty increases considerably when quantifying microbial mixtures, which are increasingly relevant for many
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NIST only participates in the February and August reviews. This research opportunity centers on advancing experimental measurement methods to quantify complexes formed between charge-altering
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crystallography and spectroscopy are fundamental and imperative in the investigation and development of condensed matter sciences. We will widely use these methods to study the crystal structures of novel materials
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[1], the flow in porous media, and the composition of materials due to the combination of the neutron’s high sensitivity to light elements and high penetration through most metals. NIST currently
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NIST only participates in the February and August reviews. There is a growing need for high-performance materials for various technological applications. To address this need, the NIST-JARVIS (https
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. We operate several chemical vapor transport and directional solidification reactors for scalable fabrication of transition metal dichalcogenides and other layered van-der-Waals materials