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@nist.gov 301.975.2860 Description New developments in detector technology have made possible the acquisition of the full electron scattering distribution at each pixel in a scanning transmission electron
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orientations in most engineering materials have some preferential distribution due to processing conditions and deformation history, referred to as crystallographic texture. This texture affects the initial
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approaches to measure, understand, predict, and control information, learning, function, and evolution across the spatial and temporal scales of biological organization, although related ideas in other topics
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of proteins or oligonucleotides exhibiting conformational flexibility is a major challenge for any experimental biophysical technique owing to a large number of degrees of freedom necessary, compared
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technologies to manipulate biological macromolecules such as DNA, and the controlled degradation of tissue engineering scaffold or drug delivery materials. To optimize performance and to design new applications
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of these technologies are related to cell counting (“enumeration”) since cell count is often essential for interpretation of more complex measurements. Cell counting can seem like an easy measurement, but developing a
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Description By creating photon states with photon numbers of more than one, it is possible to make measurements with resolution beyond conventional limits. For example, in interferometric applications
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NIST only participates in the February and August reviews. Co-advisor: Dr. Angela Stelson, S-parameters calibration lead. Commercial acoustic spectroscopy is stuck below 300 MHz, which limits our
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RAP opportunity at National Institute of Standards and Technology NIST Augmented Intelligence for Semiconductor Manufacturing Location Engineering Laboratory, Intelligent Systems Division
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ming.zheng@nist.gov 301.975.8995 Description Recent progress in carbon nanotube (CNT) separation has allowed colloidal CNTs to be prepared with controlled length, diameter, and surface coating composition