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Development of Nuclear Analytical Imaging Techniques for Materials Analysis with Spatial and Spectral Specificity NIST only participates in the February and August reviews. The objective
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the specificity of IR spectroscopy with the resolution of AFM, enabling IR analysis with a spatial resolution smaller than the optical diffraction limit (< 10 nm at 300 K, < 0.1 nm the goal of this project). STML
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303.497.5207 Description Nuclear magnetic resonance (NMR) spectroscopy has several important advantages for quantitative mixture analysis: mole ratios of mixture components can be obtained without calibration
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Description Laser assisted atom probe tomography offers entirely new approaches for quantitative three-dimensional chemical analysis of complex nanostructures. However, conventional atom probe tomographs
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measurement results. A wide variety of analytical techniques including ICP (single- and multi-collector) mass spectrometry, orbitrap (Q-exactive, LUMOS), tandem ICP-MS/MS, laser ablation for spatial analysis
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colonies with heterogeneous shapes, sizes, and levels of gene expression. This project focuses on systematically controlling inputs such as shape, size, and spatial distribution of colonies using cell
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with 1000× increase in time resolution and 10× improvement in spatial resolution over prototypes. Such an instrument enables to measure the structure of heterogeneous systems including ageing concrete
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of EVs typically involve the application of either ensemble or single particle counting methods such as nanoparticle tracking analysis, nanoflow cytometry, tunable resistive pulse sensing, etc. The lack
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phenomena start to impact the performance of the module. Imaging techniques that provide spatially resolved analysis of various faults and defects in large-area devices are now at the forefront of research
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force microscopy (AFM) with IR spectroscopy thus enabling IR analysis with a spatial resolution 5-10 nm (i.e. well below the diffraction limit of IR light). This enables determining chemical composition