Abstract
Sodium is commonly used as a coolant in liquid metal reactor. A large amount of its leakage may be possible in hypothetical accidents, even though the possibility is very low. In case that the leaked hot sodium comes in direct contact with structural concrete of liquid metal reactor, the reactor`s integrity can be challenged by the rupture of structure materials, hydrogen generation and its explosion, and release of radioactive aerosols due to sodium-concrete reaction. The knowledge of sodium-concrete reaction is evaluated to be one of the important and indispensable technologies for the establishment of safety measure in liquid metal reactor. In this study, the experimental facility of sodium-concrete reaction is to be designed, constructed and operated. And the reaction phenomena of sodium-concrete reaction is also to be analyzed through the experimental results. The aim of this study is to establish the measure of safety and protection for sodium-related facilities and to secure one of the fundamental technologies of liquid metal reactor safety. 47 refs., 7 figs., 13 tab.
Pae, Jae Huem;
Min, Byung Hoon;
Lee, Joon Sik;
Lee, Choong Hui;
Chung, Ki Hong;
Keum, Choong Ki
[1]
- Suwon University, Suwon (Korea, Republic of)
Citation Formats
Pae, Jae Huem, Min, Byung Hoon, Lee, Joon Sik, Lee, Choong Hui, Chung, Ki Hong, and Keum, Choong Ki.
A study on sodium-concrete reaction.
Korea, Republic of: N. p.,
1994.
Web.
Pae, Jae Huem, Min, Byung Hoon, Lee, Joon Sik, Lee, Choong Hui, Chung, Ki Hong, & Keum, Choong Ki.
A study on sodium-concrete reaction.
Korea, Republic of.
Pae, Jae Huem, Min, Byung Hoon, Lee, Joon Sik, Lee, Choong Hui, Chung, Ki Hong, and Keum, Choong Ki.
1994.
"A study on sodium-concrete reaction."
Korea, Republic of.
@misc{etde_158219,
title = {A study on sodium-concrete reaction}
author = {Pae, Jae Huem, Min, Byung Hoon, Lee, Joon Sik, Lee, Choong Hui, Chung, Ki Hong, and Keum, Choong Ki}
abstractNote = {Sodium is commonly used as a coolant in liquid metal reactor. A large amount of its leakage may be possible in hypothetical accidents, even though the possibility is very low. In case that the leaked hot sodium comes in direct contact with structural concrete of liquid metal reactor, the reactor`s integrity can be challenged by the rupture of structure materials, hydrogen generation and its explosion, and release of radioactive aerosols due to sodium-concrete reaction. The knowledge of sodium-concrete reaction is evaluated to be one of the important and indispensable technologies for the establishment of safety measure in liquid metal reactor. In this study, the experimental facility of sodium-concrete reaction is to be designed, constructed and operated. And the reaction phenomena of sodium-concrete reaction is also to be analyzed through the experimental results. The aim of this study is to establish the measure of safety and protection for sodium-related facilities and to secure one of the fundamental technologies of liquid metal reactor safety. 47 refs., 7 figs., 13 tab.}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}
title = {A study on sodium-concrete reaction}
author = {Pae, Jae Huem, Min, Byung Hoon, Lee, Joon Sik, Lee, Choong Hui, Chung, Ki Hong, and Keum, Choong Ki}
abstractNote = {Sodium is commonly used as a coolant in liquid metal reactor. A large amount of its leakage may be possible in hypothetical accidents, even though the possibility is very low. In case that the leaked hot sodium comes in direct contact with structural concrete of liquid metal reactor, the reactor`s integrity can be challenged by the rupture of structure materials, hydrogen generation and its explosion, and release of radioactive aerosols due to sodium-concrete reaction. The knowledge of sodium-concrete reaction is evaluated to be one of the important and indispensable technologies for the establishment of safety measure in liquid metal reactor. In this study, the experimental facility of sodium-concrete reaction is to be designed, constructed and operated. And the reaction phenomena of sodium-concrete reaction is also to be analyzed through the experimental results. The aim of this study is to establish the measure of safety and protection for sodium-related facilities and to secure one of the fundamental technologies of liquid metal reactor safety. 47 refs., 7 figs., 13 tab.}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}