Abstract
Determination of the two-phase flow (critical or otherwise) through a pump is an essential requirement for complete description of a loss of primary coolant accident in a PWR plant. Theoretical and experimental research at Electricite de France on this subject is described and problems associated with the introduction of a two-phase fluid (with mass transfer) are discussed, with an attempt to single out new phenomena involved and establish their effect on pump behavior. A complementary experimental investigation is described and the results of tests at pressures and temperatures up to 120 bars and 320/sup 0/C respectively are compared with the theoretical model data.
Citation Formats
Grison, P, and Lauro, J F.
Behavior of pumps conveying two-phase liquid flow.
France: N. p.,
1979.
Web.
Grison, P, & Lauro, J F.
Behavior of pumps conveying two-phase liquid flow.
France.
Grison, P, and Lauro, J F.
1979.
"Behavior of pumps conveying two-phase liquid flow."
France.
@misc{etde_5027097,
title = {Behavior of pumps conveying two-phase liquid flow}
author = {Grison, P, and Lauro, J F}
abstractNote = {Determination of the two-phase flow (critical or otherwise) through a pump is an essential requirement for complete description of a loss of primary coolant accident in a PWR plant. Theoretical and experimental research at Electricite de France on this subject is described and problems associated with the introduction of a two-phase fluid (with mass transfer) are discussed, with an attempt to single out new phenomena involved and establish their effect on pump behavior. A complementary experimental investigation is described and the results of tests at pressures and temperatures up to 120 bars and 320/sup 0/C respectively are compared with the theoretical model data.}
journal = []
volume = {6-7}
place = {France}
year = {1979}
month = {Jan}
}
title = {Behavior of pumps conveying two-phase liquid flow}
author = {Grison, P, and Lauro, J F}
abstractNote = {Determination of the two-phase flow (critical or otherwise) through a pump is an essential requirement for complete description of a loss of primary coolant accident in a PWR plant. Theoretical and experimental research at Electricite de France on this subject is described and problems associated with the introduction of a two-phase fluid (with mass transfer) are discussed, with an attempt to single out new phenomena involved and establish their effect on pump behavior. A complementary experimental investigation is described and the results of tests at pressures and temperatures up to 120 bars and 320/sup 0/C respectively are compared with the theoretical model data.}
journal = []
volume = {6-7}
place = {France}
year = {1979}
month = {Jan}
}