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-circuit design, finite-element simulation, clean-room fabrication, and on-wafer test and measurement. Ma, X., Orloff, N. D., Little, C. A., Long, C. J., Hanemann, I. E., Liu, S., ... & Hwang, J. C. (2018
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303.497.4598 Description The Applied Chemicals and Materials Division (ACMD) of the NIST Material Measurement Laboratory (MML) performs numerical modeling to advance laboratory measurements of exhaled breath
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-process densification. Complementary computational model simulation capabilities are also available. [1] J. Ilavsky, F. Zhang, R.N. Andrews, I. Kuzmenko, P.R. Jemian, L.E. Levine & A.J. Allen; J. Appl
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will be complemented by computer model simulations using available capabilities based on methods such as density functional theory (DFT). [3] [1] J. Ilavsky, F. Zhang, R.N. Andrews, I. Kuzmenko, P.R
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the long-term health and performance of FRP/concrete in structural applications. Specific research areas include (1) accelerated laboratory testing of FRP/concrete samples to simulate long-term, outdoor
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numerical predictions) are strongly affected by stretch, buoyancy, and radiation heat losses. This project consists of experiments and numerical modeling of these flames to understand their fundamental
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breath. The surrogate will then be used to apply on-line PTR-MS to the detection of model drug compounds in a simulated field environment. Experiments could also explore the effects of variables like
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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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Enhancing the capabilities and applicability of ion-association thermodynamic models for aqueous electrolytes. NIST only participates in the February and August reviews. The widespread use
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thermomechanical finite element modeling, CALPHAD-based thermodynamics, and crystal plasticity and to both powder-scale and atomic-scale simulations. Emphasis will be on integration of model predictions with