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responses and functional activity. Our primary tools are neutrons spectroscopy and scattering which allows us to measure the time scales and length scales of interest with the unique ability to selectively
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have applications to clocks and tests of fundamental interactions. Two main project areas are (1) RF-trap-based optical spectroscopy that requires ultra-stable lasers, with application to accurate clocks
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forecasting; (2) the realization of new infrared radiometry primary, transfer, and working standards and dissemination approaches with uncertainties lower than current uncertainties; (3) the development
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of drug states present (free, bound, aggregated, etc.) is a primary objective. Thus, a tiered approach, whose basis is in the ability to characterize the (interfacial) properties of the nanoparticle systems
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measurements are used to monitor these surface and interfacial processes. A primary objective of our research involves characterizing surface and/or molecular chemical and structural characteristics under
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the Nanoparticle Metrology for Health and Environment Project (NMHEP), the current project is focused on identifying the primary reaction pathways that result in observed final field based endpoints by developing
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potential to become an important component in structural studies of bio-macromolecules. The main reason for its attractiveness lies in the possibility of using these data to quickly distinguish between
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Structural Systems Division opportunity location 50.73.11.B7075 Gaithersburg, MD NIST only participates in the February and August reviews. Advisers name email phone Joseph A. Main [email protected] (202
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diagnostics of hot plasmas with temperatures in hundreds of thousands or millions degrees is one of the primary and sometimes the only techniques to infer plasma properties. Such hot plasmas can be found in
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and ultimately transportable. Precision spectroscopy experiments in our labs have applications to clocks, inertial sensors, and tests of relativity and fundamental interactions. Two main project areas