Abstract
The power-up test of N.S.MUTSU started in March 1990 and finished in December. The chemistry test and radiochemistry test were performed during the power-up tests. This paper discribes the methods and the results of the chemistry and radiochemistry tests performed during the power-up tests of N.S.MUTSU. The N.S.MUTSU is equipped with a PWR type reactor having a thermal power output of 36 MW. The chemical and radiochemical characteristics of the reactor are fuel rod cladding tubes made of stainless steel and reactivity control without chemical shim. The chemistry test yielded the good results in quality of the primary cooling water and the secondary cooling water. The radiochemistry test confirmed that there is no leakages from fuel rod tubes, SG U-tubes and reactor component cooling systems. (author).
Yoshijima, Tetsuo;
Suzuki, Kunihiko;
Mukai, Satoru;
Tanaka, Takakazu;
Ochiai, Masaaki
[1]
- Japan Atomic Energy Research Inst., Mutsu, Aomori (Japan). Mutsu Establishment
Citation Formats
Yoshijima, Tetsuo, Suzuki, Kunihiko, Mukai, Satoru, Tanaka, Takakazu, and Ochiai, Masaaki.
Chemistry and radiochemistry tests of N.S.MUTSU. Reports on N.S.MUTSU power-up tests.
Japan: N. p.,
1992.
Web.
Yoshijima, Tetsuo, Suzuki, Kunihiko, Mukai, Satoru, Tanaka, Takakazu, & Ochiai, Masaaki.
Chemistry and radiochemistry tests of N.S.MUTSU. Reports on N.S.MUTSU power-up tests.
Japan.
Yoshijima, Tetsuo, Suzuki, Kunihiko, Mukai, Satoru, Tanaka, Takakazu, and Ochiai, Masaaki.
1992.
"Chemistry and radiochemistry tests of N.S.MUTSU. Reports on N.S.MUTSU power-up tests."
Japan.
@misc{etde_10149686,
title = {Chemistry and radiochemistry tests of N.S.MUTSU. Reports on N.S.MUTSU power-up tests}
author = {Yoshijima, Tetsuo, Suzuki, Kunihiko, Mukai, Satoru, Tanaka, Takakazu, and Ochiai, Masaaki}
abstractNote = {The power-up test of N.S.MUTSU started in March 1990 and finished in December. The chemistry test and radiochemistry test were performed during the power-up tests. This paper discribes the methods and the results of the chemistry and radiochemistry tests performed during the power-up tests of N.S.MUTSU. The N.S.MUTSU is equipped with a PWR type reactor having a thermal power output of 36 MW. The chemical and radiochemical characteristics of the reactor are fuel rod cladding tubes made of stainless steel and reactivity control without chemical shim. The chemistry test yielded the good results in quality of the primary cooling water and the secondary cooling water. The radiochemistry test confirmed that there is no leakages from fuel rod tubes, SG U-tubes and reactor component cooling systems. (author).}
place = {Japan}
year = {1992}
month = {Feb}
}
title = {Chemistry and radiochemistry tests of N.S.MUTSU. Reports on N.S.MUTSU power-up tests}
author = {Yoshijima, Tetsuo, Suzuki, Kunihiko, Mukai, Satoru, Tanaka, Takakazu, and Ochiai, Masaaki}
abstractNote = {The power-up test of N.S.MUTSU started in March 1990 and finished in December. The chemistry test and radiochemistry test were performed during the power-up tests. This paper discribes the methods and the results of the chemistry and radiochemistry tests performed during the power-up tests of N.S.MUTSU. The N.S.MUTSU is equipped with a PWR type reactor having a thermal power output of 36 MW. The chemical and radiochemical characteristics of the reactor are fuel rod cladding tubes made of stainless steel and reactivity control without chemical shim. The chemistry test yielded the good results in quality of the primary cooling water and the secondary cooling water. The radiochemistry test confirmed that there is no leakages from fuel rod tubes, SG U-tubes and reactor component cooling systems. (author).}
place = {Japan}
year = {1992}
month = {Feb}
}