Author: P. J. FehrenbachPublisher:
ISBN:
Category :
Languages : en
Pages : 0
Book Description
A proposal to determine fuel operating temperatures and fuel/sheath heat transfer coefficients in u-si-a1 elements during irradiation
Author: P. J. FehrenbachA proposal to measure fuel-to-sheath heat transfer coefficients in a zircaloy sheathed, uo2 fuel element during irradiation
Author: F. R. CampbellA proposal to measure the effect of internal gas pressure on the fuel/sheath heat transfer coefficient during irradiation
Author: F. R. CampbellAn addendum to a proposal to measure the effect of internal gas pressure on the fuel/sheath heat transfer coefficient during irradiation
Author: F. R. CampbellA proposal to irradiate instrumented and vented elements to measure fuel-to-sheath heat transfer coefficients
Author: J. F. WalkerA proposal to measure fuel-to-sheath heat transfer coefficients in a zircaloy sheathed, uo2 fuel element with canlub
Author: F. R. CampbellAddendum to proposal exp-fio-12701 - a proposal to determine fuel operating temperatures of three types of tho2-uo2 fuel during irradiation in x-6 at element linear power outputs of up to 70 kw/m
Author: P. J. FehrenbachTemperature Distribution in Fuel Elements
Author: G. Robert HokePublisher:
ISBN:
Category : Nuclear fuel elements
Languages : en
Pages : 28
Book Description
Equations and a routine for the IBM 650 to calculate axial temperature distributions in fuel assemblies are presented. The routine can accomodate as many as three heat sources and four coolant channels alternately spaced in either plane or cylindrical geometry.
Author: 
Author: A. R. Yamazaki