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techniques, materials modeling (including finite element simulations, and theory), and the development of a high-speed circuit to quantify fiber alignment in composites in real time. To develop this
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statistics. Current projects have accumulated a considerable amount of data of the standard biological fluids on different LC-MS platforms and in-house software has been developed for chromatography alignment
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configurations that minimize acquisition time and maximize measurement quality, (b) estimating measurement uncertainty due to camera defects, (c) accelerating 3D tomographic reconstruction from multiple 2D
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[email protected] 301.975.6459 Description The design and operation of sustainable buildings face multiple challenges to meet energy efficiency, indoor air quality and other potentially
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extend the applicability of the data produced to multiple standards and particularly to full classes of materials. Techniques such as multi-scale computational modeling are needed to distill the
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multiple functional ligands co-conjugated to the nanoparticle surface and to assess the effect of surface coatings on nanoparticle stability and functionality; (3) the development of hyphenated
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microfluidic channels using broad-frequency electromagnetic measurement techniques. The flexibility of microfluidic approaches allows for potential integration of multiple measurements for a single fluid
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dichalcogenides. These materials systems may have far-reaching applications, extending from neuromorphic computing to compact multiple-input multiple-output antennas. By achieving the aims of this
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instruments, orchestrating the steps of the research campaign, and algorithm design for inferring conclusions from multiple sources of information. Uncertainty quantification and propagation is vitally
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measure variations found within biofilms and to determine the effects of the underlying substratum on the biofilm chemical and physical structure. In addition, biofilms can be composed of multiple