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nanodiamond, which is the objective of this work. A unified theory for lattice defects in nanodiamonds is a challenging problem because the nanodiamonds can be too small or too big for a conventional
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, such as short chain branching and degree of crystallinity extracted from much slower, orthogonal techniques including multidetector gel permeation chromatography, differential scanning calorimetry, and
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, the pH triggered drug release, electric field driven colloidal self-assembly, and shearing force induced structural deformation. We are interested in using neutron scattering tools, especially small angle
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are also of interest. A short-term goal of this project is to validate the performance of electric-acoustic spectroscopy, which is a new method for the measurement of intermolecular interactions that is
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of molecular interactions and spectroscopic characterization of proteins, nucleic acids, small molecule ligands, and other biomolecules. We work closely with theoretical and simulation groups to realize device
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of methods to fabricate and characterize test structures and devices incorporating graphene (single layer, bi-layer, and few layer) and stacked structures. Condensed matter physics; Graphene; Magneto-transport
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include the development of novel polymeric mechanical testing devices, novel adhesion blister testing devices, development of high-throughput screening devices, informatics, and data base development. key
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. This is especially critical for identifying new (potential) pathogens such as the outbreak of a novel E. coli strain O104:H4. However, this can be difficult using the existing platforms and software because
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range from nano to cement to models that exhibit complex dynamics. This research will build on our open source software that runs on a linux desktop as well as immersively. Opportunities exist for (1
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. To embrace these changes, this project will develop a shared calibration service, where NIST and the customer share broadband integrated-circuit calibration artifacts, protocols, software, and data through