Abstract
Efforts are made at the College of Engineering, King Saud University, Riyadh to lay out the main structure of a prototype experimental fusion and fusion-fission (hybrid) reactor blanket in cylindrical geometry. The geometry is consistent with most of the current fusion and hybrid reactor design concepts in respect of the neutronic considerations. Characteristics of the fusion chamber, fusion neutrons and the blanket are provided. The studies have further shown that 1 GWe fission-fusion reactor can produce up to 957 kg/year which is enough to fuel five light water reactors of comparable power. Fuel production can be increased further. 29 refs.
Citation Formats
Al-Kusayer, T A, Sahin, S, and Abdulraoof, M.
Advanced nuclear fuel production by using fission-fusion hybrid reactor.
Saudi Arabia: N. p.,
1993.
Web.
Al-Kusayer, T A, Sahin, S, & Abdulraoof, M.
Advanced nuclear fuel production by using fission-fusion hybrid reactor.
Saudi Arabia.
Al-Kusayer, T A, Sahin, S, and Abdulraoof, M.
1993.
"Advanced nuclear fuel production by using fission-fusion hybrid reactor."
Saudi Arabia.
@misc{etde_10123465,
title = {Advanced nuclear fuel production by using fission-fusion hybrid reactor}
author = {Al-Kusayer, T A, Sahin, S, and Abdulraoof, M}
abstractNote = {Efforts are made at the College of Engineering, King Saud University, Riyadh to lay out the main structure of a prototype experimental fusion and fusion-fission (hybrid) reactor blanket in cylindrical geometry. The geometry is consistent with most of the current fusion and hybrid reactor design concepts in respect of the neutronic considerations. Characteristics of the fusion chamber, fusion neutrons and the blanket are provided. The studies have further shown that 1 GWe fission-fusion reactor can produce up to 957 kg/year which is enough to fuel five light water reactors of comparable power. Fuel production can be increased further. 29 refs.}
place = {Saudi Arabia}
year = {1993}
month = {Oct}
}
title = {Advanced nuclear fuel production by using fission-fusion hybrid reactor}
author = {Al-Kusayer, T A, Sahin, S, and Abdulraoof, M}
abstractNote = {Efforts are made at the College of Engineering, King Saud University, Riyadh to lay out the main structure of a prototype experimental fusion and fusion-fission (hybrid) reactor blanket in cylindrical geometry. The geometry is consistent with most of the current fusion and hybrid reactor design concepts in respect of the neutronic considerations. Characteristics of the fusion chamber, fusion neutrons and the blanket are provided. The studies have further shown that 1 GWe fission-fusion reactor can produce up to 957 kg/year which is enough to fuel five light water reactors of comparable power. Fuel production can be increased further. 29 refs.}
place = {Saudi Arabia}
year = {1993}
month = {Oct}
}