Author: G. H. ChalderPublisher:
ISBN:
Category :
Languages : en
Pages : 0
Book Description
Addendum to the proposal for the irradiation of zircaloy cald uo2 fuel elements fabricated by rotary swaging
Author: G. H. ChalderSecond addendum to the proposal for the irradiation of zircaloy-4 clad uo2 fuel elements fabricated by rotary swaging
Author: G. H. ChalderProposal for the irradiation of zircaloy clad, uo2 fuel elements fabricated by cold swaging
Author: G. H. ChalderProposal for the irradiation of zircaloy clad uo2 fuel elements at kdo from 30 to 65 w/cm
Author: J. R. MacewanA proposal for the irradiation of zircaloy-4 clad, uo2 fuel elements in periodic dryout in the x-4 loop
Author: V. J. LangmanA proposal for the irradiation of zircaloy-4 clad, uo2 fuel elements at post-dryout sheath temperatures in the 625-675 degrees c range in the x-4 loop
Author: V. J. LangmanProposal for irradiation of zircaloy sheathed uo2 fuel elements at high heat ratings
Author: M. J. F. NotleyThe Integral Fabrication of Uranium Dioxide Fuel Elements by Rotary Swaging
Author: Publisher:
ISBN:
Category :
Languages : en
Pages :
Book Description
The feasibility of fabricating UO/sub 2/ fuel elements having densities of 90% theoretical by rotary swaging inside a Zircaloy or stainless steel sheath has been demonstrated. The results show that the density achieved in this process is a function both of the type of UO/sub 2/ used and the mechanical properties of the sheathing material. (auth).
Author: J. C. Wood
Author: J. W. Weber