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Locating Nuclear Power Plants Underground

Environmental Letters, 1975
This paper reviews some of the questions that have been asked by experts and others as to why nuclear power plants are not located or placed underground. While the safeguards and present designs make such installations unnecessary, there are some definite advantages that warrant the additional cost involved.
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Nuclear Power Plants and Maintainability

Human Factors: The Journal of the Human Factors and Ergonomics Society, 1965
The expanding use of nuclear energy in the power generation field is such that the maintainability aspects of design and maintenance concepts will soon be of interest to an increasingly larger number of designers, logisticians and human factors engineers.
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Nuclear Power Plants

2010
Fission power plants take advantage of the dependence of the binding energy per nucleon binding energy per nucleon on the mass of nuclei. The binding energy of uranium is about 7.5 MeV/nucleon, that of the fission products is about 8.5 MeV/nucleon. Since the fission products are more tightly bound, they have a smaller mass per nucleon. The fission of a
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Offshore nuclear power plants

Nuclear Engineering and Design, 1973
Abstract Offshore Power Systems, a joint enterprise of Westinghouse and Tenneco, has been formed to manufacture floating nuclear power plants. Commitments for the first two offshore plants have been received from the Public Service Electric and Gas Company.
Richard S. Orr, Clinton Dotson
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Nuclear Power Plants

1989
This chapter was authored by Taylor Moore, Feature Writer for the EPRI Journal. It was published in the November 1984 issue of the EPRI Journal, volume 9, number 9, and is reprinted with permission of the Electric Power Research Institute, Palo Alto, California.
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NUCLEAR POWER PLANTS UNDERGROUND

1981
ABSTRACT The purpose of this paper is to review a number of design proposals and to summarize and assess the current state of the art in underground nuclear power plant design. In addition some conclusions is drawn and a model of a safe nuclear power plant underground is suggested.
T. Lindbo, R.C. Oberth
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NUCLEAR POWER PLANTS

Вестник Белорусско-Российского университета, 2017
Nikolai Aleksandrovich Avtushenko   +1 more
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Nuclear Power Plant Design

Nuclear Applications and Technology, 1969
(1969). Nuclear Power Plant Design. Nuclear Applications and Technology: Vol. 7, No. 2, pp. 181-181.
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Downsizing nuclear power plants

IEEE Spectrum, 2010
A standard nuclear power plant generates a gigawatt or more of low-carbon power, a boon in this age of anxiety over climate change. The problem is getting the thing built in the first place: At US $7 billion to $10 billion apiece, nuclear plants are tough for even the largest utilities to finance.
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