Divisions within the Chemical Science and Technology Laboratory
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Chemical and Biochemical Reference Data Division
Surface and Microanalysis Science Division
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Related Links:
General Information: 100 Bureau Drive, M/S 8300 |
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Chemical and Biochemical Reference Data Division
Surface and Microanalysis Science Division
|
Related Links:
General Information: 100 Bureau Drive, M/S 8300 |
The Analytical Chemistry Division provides reference measurement methods and standards to enhance U.S. industry's productivity, assure equity in trade, and facilitate sound decision-making regarding human health, safety, and the environment.
The Biochemical Science Division provides biochemically based measurement methods, data, reference materials, and predictive models in support of the CSTL role to provide, as the Nation’s Reference Laboratory, the national system of chemical, physical, and biochemical measurements for advancing the commercialization of biotechnology.
The Chemical and Biochemical Reference Division performs experimental, theoretical, and computational research on the identity and reactivity of chemical species, emphasizing data, information, and protocols for the identification of chemical and biochemical species.
The Process Measurements Division develops advanced measurement techniques, standard measurement practices, and relevant mathematical models, both theoretical and numerical, to describe and interpret the performance of laboratory and process instruments for measurement, analysis, and control of chemical and manufacturing processes to help U.S. industry control processes and maximize efficiency.
The Surface and Microanalysis Science Division provides research and development, reference materials, and data to support accurate, sensitive and selective analysis of surfaces, particles, and materials and their interactions with a broad spectrum of species including electrons, photons, ions, atoms, and molecules as well as studying environmental and industrial systems.
The Thermophysical Properties Division provides experiment, theoretical, and simulation research on the properties of gases, liquids, and solids, emphasizing thermophysical properties.