1971Unpublished venueOpen access

CORRELATIONS TO PREDICT MAXIMUM PWR CONTAINMENT PRESSURES FOLLOWING A LOSS- OF-COOLANT ACCIDENT.

D.C. Slaughterbeck, Atomic Energy Commission, Washington, D. C., H Specter

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Abstract

In this paper, dry containments refer to the class of containments which do not employ which do not employ passive pressure-suppresion systems such as pool-suppression for ice-condenser systems. The dry containments, sometimes called volume, vapor, adiabatic, drywell, or pressure containments are often associated with pressurized water reactors; pool type pressure-suppression systems are sometimes called heat capacity containments and normally associated with boiling water reactor.

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In this paper, dry containments refer to the class of containments which do not employ which do not employ passive pressure-suppresion systems such as pool-suppression for ice-condenser systems. The dry containments, sometimes called volume, vapor, adiabatic, drywell, or pressure containments are often associated with pressurized water reactors; pool type pressure-suppression systems are sometimes called heat capacity containments and normally associated with boiling water reactor.

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Available abstract

In this paper, dry containments refer to the class of containments which do not employ which do not employ passive pressure-suppresion systems such as pool-suppression for ice-condenser systems. The dry containments, sometimes called volume, vapor, adiabatic, drywell, or pressure containments are often associated with pressurized water reactors; pool type pressure-suppression systems are sometimes called heat capacity containments and normally associated with boiling water reactor.

Key concepts: Superheating, Coolant, Nuclear engineering, Boiling, Decay heat, Pressurizer, Liquid metal, Thermal conduction

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CORRELATIONS TO PREDICT MAXIMUM PWR CONTAINMENT PRESSURES FOLLOWING A LOSS- OF-COOLANT ACCIDENT. — Research Paper | ScholarLens