Abstract
JAERI designed, fabricated, and installed the JAERI Fuel Cleanup System (J-FCU) as a subsystem of simulated fusion fuel loop at the TSTA. The main function of the J-FCU is to purify and to recover hydrogen isotopes from simulated plasma exhaust while exhausting tritium free impurities. After a lot of deuterium tests, a first tritium test of the J-FCU was performed with one gram of tritium at the TSTA on June 1991. Main purpose of this test was to evaluate the total integrity and function of the J-FCU system with a DT mixture. Through this test, the J-FCU was operated well and its function with tritium was demonstrated. This report describes the detail test results of the J-FCU first tritium test and discuss its functions by stand-alone mode. Residual tritium inventory of the J-FCU system was also discussed. (author).
Konishi, Satoshi;
Hayashi, Takumi;
[1]
Inoue, Masahiko
[2]
- Japan Atomic Energy Research Inst., Naka, Ibaraki (Japan). Naka Fusion Research Establishment
- and others
Citation Formats
Konishi, Satoshi, Hayashi, Takumi, and Inoue, Masahiko.
JAERI Fuel Cleanup System (J-FCU) stand-alone tritium test at the TSTA. First J-FCU test with one gram of tritium on June 1991.
Japan: N. p.,
1993.
Web.
Konishi, Satoshi, Hayashi, Takumi, & Inoue, Masahiko.
JAERI Fuel Cleanup System (J-FCU) stand-alone tritium test at the TSTA. First J-FCU test with one gram of tritium on June 1991.
Japan.
Konishi, Satoshi, Hayashi, Takumi, and Inoue, Masahiko.
1993.
"JAERI Fuel Cleanup System (J-FCU) stand-alone tritium test at the TSTA. First J-FCU test with one gram of tritium on June 1991."
Japan.
@misc{etde_10110017,
title = {JAERI Fuel Cleanup System (J-FCU) stand-alone tritium test at the TSTA. First J-FCU test with one gram of tritium on June 1991}
author = {Konishi, Satoshi, Hayashi, Takumi, and Inoue, Masahiko}
abstractNote = {JAERI designed, fabricated, and installed the JAERI Fuel Cleanup System (J-FCU) as a subsystem of simulated fusion fuel loop at the TSTA. The main function of the J-FCU is to purify and to recover hydrogen isotopes from simulated plasma exhaust while exhausting tritium free impurities. After a lot of deuterium tests, a first tritium test of the J-FCU was performed with one gram of tritium at the TSTA on June 1991. Main purpose of this test was to evaluate the total integrity and function of the J-FCU system with a DT mixture. Through this test, the J-FCU was operated well and its function with tritium was demonstrated. This report describes the detail test results of the J-FCU first tritium test and discuss its functions by stand-alone mode. Residual tritium inventory of the J-FCU system was also discussed. (author).}
place = {Japan}
year = {1993}
month = {Mar}
}
title = {JAERI Fuel Cleanup System (J-FCU) stand-alone tritium test at the TSTA. First J-FCU test with one gram of tritium on June 1991}
author = {Konishi, Satoshi, Hayashi, Takumi, and Inoue, Masahiko}
abstractNote = {JAERI designed, fabricated, and installed the JAERI Fuel Cleanup System (J-FCU) as a subsystem of simulated fusion fuel loop at the TSTA. The main function of the J-FCU is to purify and to recover hydrogen isotopes from simulated plasma exhaust while exhausting tritium free impurities. After a lot of deuterium tests, a first tritium test of the J-FCU was performed with one gram of tritium at the TSTA on June 1991. Main purpose of this test was to evaluate the total integrity and function of the J-FCU system with a DT mixture. Through this test, the J-FCU was operated well and its function with tritium was demonstrated. This report describes the detail test results of the J-FCU first tritium test and discuss its functions by stand-alone mode. Residual tritium inventory of the J-FCU system was also discussed. (author).}
place = {Japan}
year = {1993}
month = {Mar}
}