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Measurement Science to Advance Understanding of Chemical Equilibria in Natural Waters NIST only participates in the February and August reviews. NIST has a long-standing program in electroanalytical
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process can enable users to observe and track the quality of the fabrication, and thus the quality of the part as it's being built, through in-process monitoring (IPM). Various methods of IPM have been
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for chemistry, physics and molecular biology. This project takes advantage of how we can combine optical microscopy, single photon counting, and laser fluorescence methods to probe/measure the folding of single
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include 1) developing test methods to assess the occurence and abundance of reactive minerals, like pyrrhotite, found in aggregate and concrete; 2) identifying reactive mineral/aggregate/concrete reactions
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approach for peptide/protein identification and quantification, and has been the method of choice for clinical biomarker discovery. Although MS technology has rapidly advanced, the detection of current
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considerable challenges for existing measurement methods. We are developing the measurement techniques to characterize the physical processes related to light absorption and carrier dynamics in both second and
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data analysis techniques, instrument and sample environment development, and simulation methods to compare to experimental results. We are particularly interested in the development of two techniques
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driven flows; Combustion; Computational fluid dynamics; Fire modeling; Heat transfer; Large eddy simulation; Numerical combustion; Thermal radiation; Turbulent flows; Eligibility citizenship Open to U.S
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NIST only participates in the February and August reviews. This suite of projects seeks to advance the microbial metabolomics infrastructure through the development of new analytical methods
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Computational Mathematics Division opportunity location 50.77.11.C0256 Gaithersburg, MD NIST only participates in the February and August reviews. Advisers name email phone Paul Nathan Patrone paul.patrone