Nuclear Engineering, Volume 12American Institute of Chemical Engineers, 1965 - Nuclear engineering |
Contents
NUCLEAR SAFETY AND THE CHEMICAL ENGINEER | 1 |
USE OF STANDARD NUCLEAR DESIGN TECHNIQUES IN CRITICALITY EVAL | 9 |
THE USE OF NUCLEAR POISONS FOR CRITICALITY CONTROL IN CHEMICAL | 18 |
Copyright | |
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annulus flow array Atomic BRARY broad sides buckling bulk temperature burnout calculated CALIFORNIA chemical clearance gap codes computed constant container coolant correlation critical heat flux critical mass cross section curve cylinder density DIEGO ERSITY DIEGO SAN diphenyl effect eigenvalues enriched uranium Equation evaluated experimental experiments fissile material form loss friction factors geometry heat transfer coefficient heater homogeneous hydrogen inlet insulating annulus keff knurled LIBRARY DIEGO LIBRARY UNIVERSITY mass velocity maximum measured minimum critical moderation neutron nuclear poisons nuclear safety Nusselt obtained pool boiling pressure drop PROGRESS SYMPOSIUM SERIES Raschig rings ratio reactor region Reynolds number rods safe safety factors SAN DIEGO SAN DIEGO UNIVERSITY Santowax shipments shown in Figure solution spacing stainless steel subcooled surface test section thermal thermocouple tion TUBE SHEET two-phase U-235 enriched units UNIV UNIVERSITY DIEGO uranyl nitrate values void fraction VOLUME PERCENT wall temperature Wire