Atomic absorption spectrophotometric measurement of mercury

Chemical apparatus and process disinfecting – deodorizing – preser – Analyzer – structured indicator – or manipulative laboratory... – Means for analyzing liquid or solid sample

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356311, G01N 2131

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active

045349401

ABSTRACT:
An apparatus and method for atomic absorption spectrophotometric measurement of submicrogram amounts of mercury utilizing a combined absorption-reduction cell sized to fit within the absorption compartment of a standard spectrophotometer. The absorption-reduction cell comprises an absorption chamber which is generally cylindrical in shape and a mixing chamber connected to the lower portion of the absorption chamber into which the sample to be analyzed and a reductant are added. The cell also includes an inlet port, and outlet port, and an air intake port used to flush and clean the cell after use.

REFERENCES:
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G. M. Cherian, J. B. Hursh, T. W. Clarkson, and J. Allen, "Radioactive Mercury Distribution in Biological Fluids and Excretion in Human Subjects after Inhalation of Mercury Vapor," 33 Arch. Environ. Health, 109, (1978).
W. Stopford, S. C. Bundy, L. J. Goldwater, and J. A. Bittokofer, "Microenvironmental Exposure to Mercury Vapor", 39 Am. Ind. Hyg. Assoc., 378, (1978).
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A. A. Koch and D. C. Manning, "Non-Flame Methods for Mercury Determination by Atomic Absorption: A Review," Mercury in the Western Environment, Workshop Proceedings, Oregon State University, (Feb. 25-26, 1971).
F. A. J. Armstrong and J. F. Uthe, "Semi-Automated Determination of Mercury and Fish Tissue," Mercury in the Western Environment, Workshop Proceedings, Oregon State University, 243, (Feb. 25-26, 1971).
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