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, infrared noncontact thermometers, and many other thermometer designs can achieve high temperature precision but require ongoing periodic calibration to ensure accuracy. For applications in autonomous
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, radiation, corrosives, and high stress, as well as low and high temperatures. We support some of society’s most critical and vulnerable reliability problems, including condition assessment of our nation’s
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solids (and associated kinetics and thermodynamics) and relevant heat/mass transport properties. To address this need, the NIST Fire Research Division has been developing experimental and analytical tools
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properties, and other surface phenomena. We are particularly interested in the response to temperature, solvents, radiation, pH, ionic strength, biomolecules, and impact on thin polymer film behavior. High
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that combine experience from traditional ceramic processing with recent breakthroughs in densification of ceramics, like cold sintering[2] or ultra-fast high-temperature sintering [3]. Our effort at NIST focuses
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RAP opportunity at National Institute of Standards and Technology NIST High-pressure Nuclear Magnetic Resonance (NMR) Spectroscopy of Intermolecular Interactions Location Material Measurement
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: https://www.nist.gov/programs-projects/engineered-fire-safe-product Low Heat Release Rate Furniture:https://www.nist.gov/programs-projects/low-heat-release-upholstered-furniture PFAS; Fire and materials
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of interatomic potential. This research will focus on performing high throughput calculations to explore dynamic property predictions across interatomic potentials, temperatures, and atomic configurations
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systems as well. Unique capabilities in our group include the ability to heat single biomolecules with IR laser light to study T dependent kinetics and thermodynamics relevant to evolution of thermophilic
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ultrafast high-temperature sintering [2]. In this approach, the temperatures are as high as in conventional processes, but the exposure is shortened from hours to seconds. Such ultrafast heating rates