LMFBR technology. FFTF cover-gas leakage calculation
LMFBR technology. FFTF cover-gas leakage calculation
The FFTF LMFBR is intended to have a near zero release of radioactive gases during normal reactor operation with 1% failed fuel. This report presents calculations which provide an approximation of these cover gas leakages. Data from ongoing static and dynamic seal leak tests at AI are utilized. Leakage through both elastomeric and metallic seals in all sub-assemblies and penetrations comprising the reactor cover gas containment during reactor operation system are included.
- University of North Texas United States
Polymers, Sodium Cooled Reactors, Cover Gas, 21 Specific Nuclear Reactors And Associated Plants, Reactor Accidents, Containers, Reactor Cooling Systems, Leak Testing, Research And Test Reactors, Energy Systems, Reactor Components, Fission Product Release, Fluids, Seals, Fftf Reactor, Cooling Systems, Test & Experimental Reactors, Reactors, Inert Atmosphere, Reactor Vessels, Elastomers, Fast Reactors, Testing 220600* -- Nuclear Reactor Technology-- Research, Accidents, Epithermal Reactors, Gases, Fuel Element Failure, Research Reactors, Liquid Metal Cooled Reactors, Primary Coolant Circuits, Test Reactors
Polymers, Sodium Cooled Reactors, Cover Gas, 21 Specific Nuclear Reactors And Associated Plants, Reactor Accidents, Containers, Reactor Cooling Systems, Leak Testing, Research And Test Reactors, Energy Systems, Reactor Components, Fission Product Release, Fluids, Seals, Fftf Reactor, Cooling Systems, Test & Experimental Reactors, Reactors, Inert Atmosphere, Reactor Vessels, Elastomers, Fast Reactors, Testing 220600* -- Nuclear Reactor Technology-- Research, Accidents, Epithermal Reactors, Gases, Fuel Element Failure, Research Reactors, Liquid Metal Cooled Reactors, Primary Coolant Circuits, Test Reactors
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