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(1) development of nanoscale characterization techniques to measure mechanical, chemical, and rheological properties of microscopic volume elements with nanoscale spatial resolution using atomic force
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complex permittivity and permeability characterization with on-wafer techniques, materials modeling (including finite element simulations, and theory), and the development of mm-wave and microwave
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reactions involving residual vacuum gases, (2) determinations of the outgassing rate of water vapor and other molecules from surfaces, (3) development of holographic microscopy for critical defect inspection
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will have opportunities for participation in instrument/technique development projects. key words Radionuclide metrology; Digital data acquisition; Si(Li) detector; HPGe detector; Coincidence counting
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provides the thermochemical foundation for new noninvasive breath analysis techniques. Law enforcement applications include the development of breath analysis devices for the quantitative measurement of drug
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the last 2 decades.[1] However, corresponding development of robust and reproducible in vitro assays for evaluating the critical quality attributes and/or the biological responses of these nano-enabled drug
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optomechanical sensors [3]. This very active area of research combines work in instrument development, nanophotonics, and spectroscopy. [1] Long, D. A., et al. (2014). "Multiheterodyne spectroscopy with optical
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using novel analytical approaches. Specifically, this research will focus on (1) development of laboratory methods to produce controlled-size micro- and nanoplastics; (2) development of field-flow
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evolution. The Group aims to advance fundamental understanding, improve predictability for design, ensure reproducibility and comparability, and facilitate scalability for real-world applications
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Tytus Dehinn Mui Mak tytus.mak@nist.gov 202.360.6799 Description In the past decade, the rapid pace of development in mass spectrometry technologies has accelerated the rise of metabolomics and resulted