Abstract
The full formation of two-fluid model of two-phase flow in reactor fuel subassembly, including 6 equations of mass, momentum and energy conservation, 3 interface equations and closure relations for different coolants in a wide range of the Prandtl numbers (water, liquid metal) is presented. As a result of analysis performed the correlations for interphase exchange by mass, momentum and heat, interphase area, slip ratio, friction and heat transfer are recomended. 26 refs.; 3 figs.; 6 tabs.
Citation Formats
Bogoslovskaya, G P, Bogatyrev, I L, Zhukov, A V, Sorokin, A P, and Titov, P A.
Two-fluid model for calculating the two-phase flow in reactor fuel assemblies. Equations, system of closure coefficients; Dvukhzhidkostnaya model` rascheta dvukhfaznykh potokov v teplovydelyayushchikh sborkakh reaktorov. Uravneniya, sistema zamykayushchikh koehffitsientov.
Russian Federation: N. p.,
1991.
Web.
Bogoslovskaya, G P, Bogatyrev, I L, Zhukov, A V, Sorokin, A P, & Titov, P A.
Two-fluid model for calculating the two-phase flow in reactor fuel assemblies. Equations, system of closure coefficients; Dvukhzhidkostnaya model` rascheta dvukhfaznykh potokov v teplovydelyayushchikh sborkakh reaktorov. Uravneniya, sistema zamykayushchikh koehffitsientov.
Russian Federation.
Bogoslovskaya, G P, Bogatyrev, I L, Zhukov, A V, Sorokin, A P, and Titov, P A.
1991.
"Two-fluid model for calculating the two-phase flow in reactor fuel assemblies. Equations, system of closure coefficients; Dvukhzhidkostnaya model` rascheta dvukhfaznykh potokov v teplovydelyayushchikh sborkakh reaktorov. Uravneniya, sistema zamykayushchikh koehffitsientov."
Russian Federation.
@misc{etde_10153228,
title = {Two-fluid model for calculating the two-phase flow in reactor fuel assemblies. Equations, system of closure coefficients; Dvukhzhidkostnaya model` rascheta dvukhfaznykh potokov v teplovydelyayushchikh sborkakh reaktorov. Uravneniya, sistema zamykayushchikh koehffitsientov}
author = {Bogoslovskaya, G P, Bogatyrev, I L, Zhukov, A V, Sorokin, A P, and Titov, P A}
abstractNote = {The full formation of two-fluid model of two-phase flow in reactor fuel subassembly, including 6 equations of mass, momentum and energy conservation, 3 interface equations and closure relations for different coolants in a wide range of the Prandtl numbers (water, liquid metal) is presented. As a result of analysis performed the correlations for interphase exchange by mass, momentum and heat, interphase area, slip ratio, friction and heat transfer are recomended. 26 refs.; 3 figs.; 6 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}
title = {Two-fluid model for calculating the two-phase flow in reactor fuel assemblies. Equations, system of closure coefficients; Dvukhzhidkostnaya model` rascheta dvukhfaznykh potokov v teplovydelyayushchikh sborkakh reaktorov. Uravneniya, sistema zamykayushchikh koehffitsientov}
author = {Bogoslovskaya, G P, Bogatyrev, I L, Zhukov, A V, Sorokin, A P, and Titov, P A}
abstractNote = {The full formation of two-fluid model of two-phase flow in reactor fuel subassembly, including 6 equations of mass, momentum and energy conservation, 3 interface equations and closure relations for different coolants in a wide range of the Prandtl numbers (water, liquid metal) is presented. As a result of analysis performed the correlations for interphase exchange by mass, momentum and heat, interphase area, slip ratio, friction and heat transfer are recomended. 26 refs.; 3 figs.; 6 tabs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}