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physics, such as transduction efficiency, nonlinear and coupled mode dynamics, and energy dissipation mechanisms. key words MEMS; NEMS; Microelectromechanical systems; Nanoelectromechanical systems
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@nist.gov 303.497.5252 Description New energy technologies demand improved knowledge of the thermal transport properties of fluid mixtures, often including water as a component. It is well established
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Description NIST, in collaboration with the Institute of Marine and Environmental Technology (IMET), is seeking a post-doctoral scientist to participate in measurement science research to support the
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. The uncertainty of conventional fire measurements can be large due to the practical assumptions used to develop the measurements. State-of-the-art measurement technology is available to provide independent
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to create cold atomic gases, like deceleration of atomic beams, atom trapping, sub-Doppler cooling, optical lattices, etc. Today we use cold atomic gases, often quantum degenerate systems, to study a variety
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of external stimuli, such as light, electric/magnetic field, temperature, shearing force, or pH values. Compared with the widely studied structure and dynamics of these systems at equilibrium conditions, the
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to predict materials properties is essential to improve materials design methods. This research will focus on the development and integration of first principle calculations; atomistic simulations; and/or
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tracking systems based on the international standard ISO/IEC 18305. We are interested in hybrid localization methods for solving this challenging problem using a variety of sensors and technologies, such as
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that cryogenic-compatible memory elements can be developed that can be integrated with the superconducting logic circuits. The goal of this project is to develop nanoscale ferromagnetic devices that can be
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unknown, its utility as a potentially inexpensive and bio-friendly method for biomanufacturing nucleoside analog “pro-drugs” is being explored. Ongoing research focuses on determining the efficiency and