Abstract
The ITER fuel cycle building (FCB) will contain the following systems: fuel purification - permeator based; fuel purification - molecular sieves; impurity treatment; waste water storage and treatment; isotope separation; waste water tritium extraction; tritium extraction from solid breeder; tritium extraction from test modules; tritium storage, shipping and receiving; tritium laboratory; atmosphere detritiation systems; fuel cycle control centre; tritiated equipment maintenance space; control maintenance space; health physics laboratory; access, access control and facilities. The layout of the FCB and the requirements for these systems are described. (10 figs.).
Citation Formats
Kveton, O K.
ITER fuel cycle systems layout. Conceptual design revision 2.0.
Canada: N. p.,
1990.
Web.
Kveton, O K.
ITER fuel cycle systems layout. Conceptual design revision 2.0.
Canada.
Kveton, O K.
1990.
"ITER fuel cycle systems layout. Conceptual design revision 2.0."
Canada.
@misc{etde_10119981,
title = {ITER fuel cycle systems layout. Conceptual design revision 2.0}
author = {Kveton, O K}
abstractNote = {The ITER fuel cycle building (FCB) will contain the following systems: fuel purification - permeator based; fuel purification - molecular sieves; impurity treatment; waste water storage and treatment; isotope separation; waste water tritium extraction; tritium extraction from solid breeder; tritium extraction from test modules; tritium storage, shipping and receiving; tritium laboratory; atmosphere detritiation systems; fuel cycle control centre; tritiated equipment maintenance space; control maintenance space; health physics laboratory; access, access control and facilities. The layout of the FCB and the requirements for these systems are described. (10 figs.).}
place = {Canada}
year = {1990}
month = {Oct}
}
title = {ITER fuel cycle systems layout. Conceptual design revision 2.0}
author = {Kveton, O K}
abstractNote = {The ITER fuel cycle building (FCB) will contain the following systems: fuel purification - permeator based; fuel purification - molecular sieves; impurity treatment; waste water storage and treatment; isotope separation; waste water tritium extraction; tritium extraction from solid breeder; tritium extraction from test modules; tritium storage, shipping and receiving; tritium laboratory; atmosphere detritiation systems; fuel cycle control centre; tritiated equipment maintenance space; control maintenance space; health physics laboratory; access, access control and facilities. The layout of the FCB and the requirements for these systems are described. (10 figs.).}
place = {Canada}
year = {1990}
month = {Oct}
}