Abstract
Empirical equation for determining fields of liquid phase concentration in vertical heated tubes under disperse-annular flow conditions are considered in the following range of flow parameters: P = 6.86-9.81 MPa; {rho} x W = 750-1500 kg x m{sup -2} x s{sup -1}. Comparison of experimental and calculational data is conducted. The maximal root-mean-square error of the formula is equal to 30% approximately. 4 refs.; 17 figs.; 2 tabs.
Citation Formats
Muranov, Yu V, Morozova, S I, Yur`ev, Yu S, and Kashcheev, V M.
Analysis and empirical description of the fields of liquid phase concentrations in tubes under disperse-annular flow conditions; Analiz i ehmpiricheskoe opisanie polej kontsentratsij zhidkoj fazy v trubakh pri dispersno-kol`tsevom rezhime techeniya.
USSR: N. p.,
1989.
Web.
Muranov, Yu V, Morozova, S I, Yur`ev, Yu S, & Kashcheev, V M.
Analysis and empirical description of the fields of liquid phase concentrations in tubes under disperse-annular flow conditions; Analiz i ehmpiricheskoe opisanie polej kontsentratsij zhidkoj fazy v trubakh pri dispersno-kol`tsevom rezhime techeniya.
USSR.
Muranov, Yu V, Morozova, S I, Yur`ev, Yu S, and Kashcheev, V M.
1989.
"Analysis and empirical description of the fields of liquid phase concentrations in tubes under disperse-annular flow conditions; Analiz i ehmpiricheskoe opisanie polej kontsentratsij zhidkoj fazy v trubakh pri dispersno-kol`tsevom rezhime techeniya."
USSR.
@misc{etde_10117482,
title = {Analysis and empirical description of the fields of liquid phase concentrations in tubes under disperse-annular flow conditions; Analiz i ehmpiricheskoe opisanie polej kontsentratsij zhidkoj fazy v trubakh pri dispersno-kol`tsevom rezhime techeniya}
author = {Muranov, Yu V, Morozova, S I, Yur`ev, Yu S, and Kashcheev, V M}
abstractNote = {Empirical equation for determining fields of liquid phase concentration in vertical heated tubes under disperse-annular flow conditions are considered in the following range of flow parameters: P = 6.86-9.81 MPa; {rho} x W = 750-1500 kg x m{sup -2} x s{sup -1}. Comparison of experimental and calculational data is conducted. The maximal root-mean-square error of the formula is equal to 30% approximately. 4 refs.; 17 figs.; 2 tabs.}
place = {USSR}
year = {1989}
month = {Dec}
}
title = {Analysis and empirical description of the fields of liquid phase concentrations in tubes under disperse-annular flow conditions; Analiz i ehmpiricheskoe opisanie polej kontsentratsij zhidkoj fazy v trubakh pri dispersno-kol`tsevom rezhime techeniya}
author = {Muranov, Yu V, Morozova, S I, Yur`ev, Yu S, and Kashcheev, V M}
abstractNote = {Empirical equation for determining fields of liquid phase concentration in vertical heated tubes under disperse-annular flow conditions are considered in the following range of flow parameters: P = 6.86-9.81 MPa; {rho} x W = 750-1500 kg x m{sup -2} x s{sup -1}. Comparison of experimental and calculational data is conducted. The maximal root-mean-square error of the formula is equal to 30% approximately. 4 refs.; 17 figs.; 2 tabs.}
place = {USSR}
year = {1989}
month = {Dec}
}