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. This research focuses on developing and implementing compressive sensing methods for electron microscopy and spectrometry based imaging and microanalysis techniques to address some of the inherent data
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and therapeutics biologics (proteins). Modern polymerization methods are used to develop polymers bearing a phosphazene main chain with organic-substituent pendant groups through post-polymerization
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NIST only participates in the February and August reviews. This research opportunity focuses on developing and improving the state-of-the-art methods for analysis, modeling, and simulation
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system. We are interested in a range of research topics, from the applied to the fundamental, covering such areas as understanding epitaxial growth of III-nitride nanostructures and development of new
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methods, and digital signal processing and network modeling. Other research topics are High-Tc superconductive Josephson junction array waveform synthesizers and compact cryogenic design for the development
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@nist.gov 301.975.4310 Description The Fire Research Division of NIST’s Engineering Laboratory develops and maintains a computational fluid dynamics software package for modeling building and wildland fires
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for the direct air capture (DAC) of carbon dioxide, and its permanent mineralization or sequestration through appropriate carbonation processes. Development of these technologies is critical to meet U.S. energy
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), in the CODATA evaluation of fundamental constants, and in more stringent tests of quantum electrodynamics (QED). Experimental efforts include the development of novel ion trap architectures
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the researcher a unique opportunity to develop and test novel dosimetry systems for quantification of patient dose in radiotherapy, or dose delivered to products in industrial electron beam processing
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metabolomics. Our studies focus on developing new mass spectral data analysis algorithms (e.g., clustering) to better solve the common key persistent problems arising from factors such as mass shift and peak