Abstract
Results of investigations of liquid-metal coolant boiling (eutectic alloy of 22% Na and 78% K) in a vertical ring channel for the case of immovable coolant and forced flow are presented. Boiling is initiated by hot spot of a fuel element simulator. It is shown that in the immovable coolant a vapor bubble does not break away the hot spot, increases in volume and collapses in the place of formation. Under the forced coolant flow are observed breaking away vapor bubbles and their motion along the channel. 6 refs., 8 figs.
Citation Formats
Ivanov, E F, Abramychev, O Yu, and Turkov, M P.
Experimental studies into the processes of liquid metal coolant boiling in an annular channel; Ehksperimental`nye issledovaniya protsessov vskipaniya zhidkometallicheskogo teplonositelya v kol`tsevom kanale.
Russian Federation: N. p.,
1991.
Web.
Ivanov, E F, Abramychev, O Yu, & Turkov, M P.
Experimental studies into the processes of liquid metal coolant boiling in an annular channel; Ehksperimental`nye issledovaniya protsessov vskipaniya zhidkometallicheskogo teplonositelya v kol`tsevom kanale.
Russian Federation.
Ivanov, E F, Abramychev, O Yu, and Turkov, M P.
1991.
"Experimental studies into the processes of liquid metal coolant boiling in an annular channel; Ehksperimental`nye issledovaniya protsessov vskipaniya zhidkometallicheskogo teplonositelya v kol`tsevom kanale."
Russian Federation.
@misc{etde_10130594,
title = {Experimental studies into the processes of liquid metal coolant boiling in an annular channel; Ehksperimental`nye issledovaniya protsessov vskipaniya zhidkometallicheskogo teplonositelya v kol`tsevom kanale}
author = {Ivanov, E F, Abramychev, O Yu, and Turkov, M P}
abstractNote = {Results of investigations of liquid-metal coolant boiling (eutectic alloy of 22% Na and 78% K) in a vertical ring channel for the case of immovable coolant and forced flow are presented. Boiling is initiated by hot spot of a fuel element simulator. It is shown that in the immovable coolant a vapor bubble does not break away the hot spot, increases in volume and collapses in the place of formation. Under the forced coolant flow are observed breaking away vapor bubbles and their motion along the channel. 6 refs., 8 figs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}
title = {Experimental studies into the processes of liquid metal coolant boiling in an annular channel; Ehksperimental`nye issledovaniya protsessov vskipaniya zhidkometallicheskogo teplonositelya v kol`tsevom kanale}
author = {Ivanov, E F, Abramychev, O Yu, and Turkov, M P}
abstractNote = {Results of investigations of liquid-metal coolant boiling (eutectic alloy of 22% Na and 78% K) in a vertical ring channel for the case of immovable coolant and forced flow are presented. Boiling is initiated by hot spot of a fuel element simulator. It is shown that in the immovable coolant a vapor bubble does not break away the hot spot, increases in volume and collapses in the place of formation. Under the forced coolant flow are observed breaking away vapor bubbles and their motion along the channel. 6 refs., 8 figs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}