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Shen, Thomas T.; Ayer, Laurence G. – Journal of the Air Pollution Control Association, 1975
Descriptors: Air Pollution, Chemical Analysis, Environment, Fuels
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Claassen, Richard S. – Physics Today, 1976
Discusses how sophisticated instrumentation techniques yield practical results in three typical materials problems: fracture analysis, joining, and compatibility. Describes techniques such as scanning and transmission electron microscopy, and Auger spectroscopy. (MLH)
Descriptors: Chemical Analysis, Instrumentation, Physics, Science Education
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Haggin, Joseph – Chemical and Engineering News, 1989
Describes a program to provide a major improvement in the national instrumental analysis capability of Chinese universities and associated industries. Notes the network ended its first five years of operation with a sense of accomplishment, but found its perspective much different than at the startup. (MVL)
Descriptors: Chemical Analysis, Chemistry, College Science, Cooperation
McClatchie, E. A. – 1972
A prototype model low level carbon monoxide analyzer was developed using fluorescent cell and negative chopping techniques to achieve a device superior to state of art NDIR (Nondispersive infrared) analyzers in stability and cross-sensitivity to other gaseous species. It is clear that this type of analyzer has that capacity. The prototype…
Descriptors: Air Pollution, Chemical Analysis, Chemistry, Environment
Thorpe, Charles J. D. – 1968
The well known Saltzman method for oxides of nitrogen is intended for the determination of these constituents in the ambient atmosphere in the range of a few parts per billion to about 5ppm. However, when sulfur dioxide is present in the gas to be sampled and/or the concentration range of the oxides of nitrogen is from five to several thousand…
Descriptors: Air Pollution, Chemical Analysis, Chemistry, Environment
Peer reviewed Peer reviewed
Skogerboe, Kristen J. – Analytical Chemistry, 1988
Highlights several analytical techniques that are being used in state-of-the-art clinical labs. Illustrates how other advances in instrumentation may contribute to clinical chemistry in the future. Topics include: biosensors, polarization spectroscopy, chemiluminescence, fluorescence, photothermal deflection, and chromatography in clinical…
Descriptors: Biochemistry, Chemical Analysis, Chemical Nomenclature, Chemical Reactions