Author: R. W. BullPublisher:
ISBN:
Category :
Languages : en
Pages : 0
Book Description
A proposal to irradiate zircaloy clad uo2 fuel elements in a newly designed trefoil at linear heat outputs of 60 kw/m to determine if the element sheaths dry out
Author: R. W. BullA proposal to irradiate zircaloy clad uo2 fuel elements in the x-3 loop at average linear heat outputs of 30 and 60 kw/m and burnups up to 400 mwh/kg u
Author: R. D. MacdonaldA proposal to irradiate zircaloy clad tho2-uo2 fuel elements in the x-3 loop at average linear heat outputs of 70 kw/m and to burnups of 500 mwh/kg u
Author: R. D. MacdonaldA 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. LangmanA proposal to irradiate a defected zircaloy clad uo2-fuel element to investigate the axial movement of fission gases and iodines in the fuel-to-sheath gap
Author: E. E. PerezA proposal for the irradiation of zircaloy-4 clad, uo2 fuel elements in periodic dryout in the x-4 loop
Author: V. J. LangmanA proposal to irradiate in the x-4 loop an instrumented zircaloy clad uo2 fuel element with its sheath operation in intermittent dryout
Author: R. D. MacdonaldBehaviour of a zircaloy-sheathed uo2 fuel element containing an end cap porosity defect irradiated in the x-1 and x-2 loops at an average linear heat output of 23 kw/m
Author: M. R. FloydBehaviour of Defected Zircaloy-clad UO2 Fuel Elements with Graphite Coating Between Fuel and Sheath Irradiated at Linear Powers of 48 Kw/m in Pressurized Water
Author: Atomic Energy of Canada LimitedPublisher:
ISBN:
Category :
Languages : en
Pages :
Book Description
Author: J. R. Macewan