Application of integral methods to prediction of heat transfer from a nuclear waste repository

Application of integral methods to prediction of heat transfer from a nuclear waste repository [electronic resource]

Integral methods have been developed and applied to the prediction of the far field thermal impact of a nuclear waste repository. Specifically, the heat balance integral has been applied to a semi-infinite layered domain in which a limited number of sublayers form the repository overburden, and the...

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Bibliographic Details
Online Access: Online Access (via OSTI)
Corporate Author: Ohio State University (Researcher)
Format: Government Document Electronic eBook
Language:English
Published: Columbus, Ohio : Oak Ridge, Tenn. : Ohio State University ; distributed by the Office of Scientific and Technical Information, U.S. Department of Energy, 1983.
Subjects:
Basalt.
Density.
Specific Heat.
Thermal Conductivity.
Thermal Diffusivity.
Granites.
Radioactive Waste Disposal.
Heat Transfer.
Salt Deposits.
Shales.
After-Heat.
Candu Type Reactors.
Experimental Data.
Pwr Type Reactors.
Radioactive Waste Facilities.
Spent Fuels.
Temperature Dependence.
Temperature Distribution.
Data.
Energy Sources.
Energy Transfer.
Fuels.
Geologic Deposits.
Heavy Water Moderated Reactors.
Igneous Rocks.
Information.
Management.
Materials.
Nuclear Facilities.
Nuclear Fuels.
Numerical Data.
Physical Properties.
Plutonic Rocks.
Pressure Tube Reactors.
Reactor Materials.
Reactors.
Rocks.
Sedimentary Rocks.
Thermal Reactors.
Thermodynamic Properties.
Volcanic Rocks.
Waste Disposal.
Waste Management.
Water Cooled Reactors.
Water Moderated Reactors.
Management Of Radioactive And Non-Radioactive Wastes From Nuclear Facilities.
Geosciences.

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Call Number: E 1.99:onwi-495
E 1.99:onwi-495 Available

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