Abstract
Object: To provide a water cooling coil in a toroidal nuclear fusion device, in which coil is formed into a small-size in section so as not to increase dimensions, weight or the like of machineries including the coil. Structure: A conductor arranged as an outermost layer of a multiple-wind water cooling coil comprises a hollow conductor, which is directly cooled by fluid, and as a consequence, a solid conductor disposed interiorly thereof is cooled indirectly.
Citation Formats
Suzuki, S, Ito, Y, and Kazawa, Y.
Water cooling coil.
Japan: N. p.,
1975.
Web.
Suzuki, S, Ito, Y, & Kazawa, Y.
Water cooling coil.
Japan.
Suzuki, S, Ito, Y, and Kazawa, Y.
1975.
"Water cooling coil."
Japan.
@misc{etde_7254119,
title = {Water cooling coil}
author = {Suzuki, S, Ito, Y, and Kazawa, Y}
abstractNote = {Object: To provide a water cooling coil in a toroidal nuclear fusion device, in which coil is formed into a small-size in section so as not to increase dimensions, weight or the like of machineries including the coil. Structure: A conductor arranged as an outermost layer of a multiple-wind water cooling coil comprises a hollow conductor, which is directly cooled by fluid, and as a consequence, a solid conductor disposed interiorly thereof is cooled indirectly.}
place = {Japan}
year = {1975}
month = {Feb}
}
title = {Water cooling coil}
author = {Suzuki, S, Ito, Y, and Kazawa, Y}
abstractNote = {Object: To provide a water cooling coil in a toroidal nuclear fusion device, in which coil is formed into a small-size in section so as not to increase dimensions, weight or the like of machineries including the coil. Structure: A conductor arranged as an outermost layer of a multiple-wind water cooling coil comprises a hollow conductor, which is directly cooled by fluid, and as a consequence, a solid conductor disposed interiorly thereof is cooled indirectly.}
place = {Japan}
year = {1975}
month = {Feb}
}