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focuses on polymer composites thin films that exhibit enhanced dielectric properties and low water vapor transmission rate. Our goal is to investigate hydration mechanism and the charge transport in thin
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materials. We are at the forefront of mechanical testing of these materials, performing fracture, fatigue, and ductility testing on samples, which scale from micron-sized to meters long. We characterize
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tools to enable early and accurate diagnoses of disease as well as studies to elucidate mechanisms and networks in complex biological systems. Project areas include biochemical/molecular biology process
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(resistance and capacitance). Discovering the mechanisms underlying aggregation and cell viability states are also interesting project directions. For example, can the injection of a biotherapeutic to a human
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including chemical engineering, biomedical engineering, material science, electrical engineering, chemistry, mechanical engineering, physics, and biology. key words DNA; Drug delivery; Light scattering
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. This computational approach, incorporating quantum mechanics, can help materials research by a) directly simulating and interpreting experiments, b) establishing relationships between material structure and properties
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NIST only participates in the February and August reviews. Research opportunities are available to elucidate the reaction mechanisms, thermochemistry, and time-dependent phenomena of chemical
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the field of flexible electronics. Developing an effective flexible electronic structure has its own challenges from mechanical compliance of the substrate to device performance. There is a delicate balance
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, analysis (liquid and/or gas chromatograph-mass spectroscopy Fire Research 1. developing, using, and deploying multiscale fire testing and computational tools to reduce the fire hazard of building content
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NRC Programs at National Institute of Standards and Technology This page provides specific information related to the NRC Research and Fellowship Program at NIST. Use the navigation on the left