Cook Plant preoperational studies 1970 / John C. Ayers ... [et al.].
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APPENDIX A THE USE OF FIELD INSTRUMENTS IN THE OPERATION OF ENVIRONMENTAL SURVEYS AROUND NUCLEAR POWER PLANTS by Phillip Plato Dale E. Gelskey The University of Michigan Ann Arbor, Michigan Paper for oral presentation and publication in the Proceedings of the Annual Meeting, Instrument Society of America, New York City, May 17, 1971. ABSTRACT The conventional procedure for following the movement of radioactive wastes released into the environment by nuclear power plants involves collecting samples, transporting the samples to the laboratory, preparing the samples for counting, counting the samples for radioactivity, and analyzing the data. A long lag time exists from the time the sample is collected until the analysis is complete. A device has been built which permits the quantitative identifications of radionuclides present in undisturbed sediments of lakes and streams. The device has been used on sediments around several nuclear power plants. Field measurements also have been made on the soil of a dairy farm near a nuclear power plant. The device permits environmental measurements to be made over larger areas and with better sensitivity than is possible using conventional sampling methods.
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About this Item
- Title
- Cook Plant preoperational studies 1970 / John C. Ayers ... [et al.].
- Author
- Ayers, John C. (John Carr), 1912-
- Canvas
- Page #74
- Publication
- Ann Arbor, Mich. :: Great Lakes Research Division, University of Michigan,
- 1971.
- Subject terms
- Nuclear power plants -- Environmental aspects -- Michigan, Lake.
- Donald C. Cook Nuclear Power Plant -- Environmental aspects.
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- Great Lakes Digital Library
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https://name.umdl.umich.edu/4740573.0001.001
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https://quod.lib.umich.edu/g/glrr/4740573.0001.001/74
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"Cook Plant preoperational studies 1970 / John C. Ayers ... [et al.]." In the digital collection Great Lakes Digital Library. https://name.umdl.umich.edu/4740573.0001.001. University of Michigan Library Digital Collections. Accessed May 20, 2025.