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assays are generally time consuming, complex and non-standardized. There exists a critical need to develop in vitro assays that are robust and reproducible. This research opportunity entails the design
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(e.g., metal-organic frameworks, hydrogen-bonded organic frameworks etc.) are promising candidates for many gas storage and separation applications. Rational design of new materials requires fundamental
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Poppendieck dustin.poppendieck@nist.gov 301.975.8423 Description This program is designed to provide the measurement science to support the development of industry-consensus standards and guides related
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interest for us. Potential project areas include the design and development of systems that allow for careful control and measurement of the temperature and pressure of the sample; the development of peak
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and then accessed by a team of experts. We are seeking candidates to address these challenges that range from algorithm development, simulation of reference data, algorithmic accuracy evaluations, design of
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addition, the emerging "materials by design" paradigm places emphasis on the use the computation for the development and design of new materials. Candidates with an interest and background in computational
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, 600 MHz NMR, dispersive UV-Vis-NIR, Fluorescence. Analytical chemistry; Bioanalytical chemistry; Chemometrics; Hyphenated methods; Informatics; Instrumental design; Chromatography; Mass spectrometry
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the overall chirality of the coating chromophores. This project will investigate design rules governing chirally-defined molecular assembly, and explore new functions arising from interactions of the new chiral
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circuit design and the signal-chain engineering. We will focus on an in-depth analysis of the correlations between the design of the charge circuit and the resulting level of noise and charge sensing
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combs in the near-infrared and mid-infrared spectral regions. Our goal is to develop end-to-end capabilities in this area, including electromagnetic design and modeling of waveguides, cleanroom