Abstract
The results of investigation of the interaction of high-temperature metal melts with alumina and zirconium dioxide concretes are presented. It was found that the erosion rate of the zirconium dioxide concrete is about a hundred times smaller than that of structural concretes at similar melt temperatures. The zirconium dioxide concrete is a candidate material for the core-melt catcher for a nuclear reactor. (author).
Onufriev, S V;
Borodina, T I;
Borovkova, L B;
Pakhomov, E P;
Petukhov, V A;
Shestakov, E N;
Valyano, G E;
Fortov, V E
[1]
- Russian Academy of Sciences, Moscow (Russian Federation). High Energy Density Research Centre
Citation Formats
Onufriev, S V, Borodina, T I, Borovkova, L B, Pakhomov, E P, Petukhov, V A, Shestakov, E N, Valyano, G E, and Fortov, V E.
Investigation of the interaction of high-temperature metal melts with refractory concretes.
United Kingdom: N. p.,
1994.
Web.
Onufriev, S V, Borodina, T I, Borovkova, L B, Pakhomov, E P, Petukhov, V A, Shestakov, E N, Valyano, G E, & Fortov, V E.
Investigation of the interaction of high-temperature metal melts with refractory concretes.
United Kingdom.
Onufriev, S V, Borodina, T I, Borovkova, L B, Pakhomov, E P, Petukhov, V A, Shestakov, E N, Valyano, G E, and Fortov, V E.
1994.
"Investigation of the interaction of high-temperature metal melts with refractory concretes."
United Kingdom.
@misc{etde_101412,
title = {Investigation of the interaction of high-temperature metal melts with refractory concretes}
author = {Onufriev, S V, Borodina, T I, Borovkova, L B, Pakhomov, E P, Petukhov, V A, Shestakov, E N, Valyano, G E, and Fortov, V E}
abstractNote = {The results of investigation of the interaction of high-temperature metal melts with alumina and zirconium dioxide concretes are presented. It was found that the erosion rate of the zirconium dioxide concrete is about a hundred times smaller than that of structural concretes at similar melt temperatures. The zirconium dioxide concrete is a candidate material for the core-melt catcher for a nuclear reactor. (author).}
journal = []
issue = {3}
volume = {26}
journal type = {AC}
place = {United Kingdom}
year = {1994}
month = {Dec}
}
title = {Investigation of the interaction of high-temperature metal melts with refractory concretes}
author = {Onufriev, S V, Borodina, T I, Borovkova, L B, Pakhomov, E P, Petukhov, V A, Shestakov, E N, Valyano, G E, and Fortov, V E}
abstractNote = {The results of investigation of the interaction of high-temperature metal melts with alumina and zirconium dioxide concretes are presented. It was found that the erosion rate of the zirconium dioxide concrete is about a hundred times smaller than that of structural concretes at similar melt temperatures. The zirconium dioxide concrete is a candidate material for the core-melt catcher for a nuclear reactor. (author).}
journal = []
issue = {3}
volume = {26}
journal type = {AC}
place = {United Kingdom}
year = {1994}
month = {Dec}
}