AIChE Symposium Series, Issue 236 |
Contents
THERMAL INTERACTION OF THE MICROLAYER WITH | 1 |
Goussis and R E Kelly | 10 |
ANALYTICAL PREDICTION OF SINGLE PHASE AND TWOPHASE FLOW THROUGH CRACKS IN PIPES AND TUBES | 19 |
Copyright | |
58 other sections not shown
Common terms and phrases
analysis ASME assumed axial boiling boundary conditions boundary layer bubble calculated cavity channel condensation constant convection coolant cooling tower core corium correlation density developed diameter dispersed distribution droplet dryout effects emissivity energy entrainment equations exit experimental experiments factor film fluid function geometry glass heat and mass heat exchanger heat flux heat transfer coefficient increase inlet interface liquid LMFBR loop seal m³/s mass flow rate mass transfer measured method mixed mixture Nusselt obtained packed bed parameters particles phase pipe pipeway plasma porous medium predicted pressure drop pump pyrometer quench front radiation radius ratio reactor region reverse combustion Reynolds number rod bundle saturation shear stress shown in Figure simulation sodium solution steam subcooled superheat surface test section thermal thermal-hydraulic thermocouples thickness tion transient Trombe wall tube turbulent two-phase flow values valve vapor velocity void fraction wave