AIChE Symposium Series, Volume 92, Issue 310American Institute of Chemical Engineers, 1996 - Chemical engineering |
Contents
TwoPhase Heat Transport Loop of Central Thermal Control System of the International | 9 |
Prediction of Parameters of the International Space Station Alpha Russian Segment TwoPhase | 25 |
Flow Boiling in Low Gravity Environment | 32 |
39 other sections not shown
Common terms and phrases
acceleration adiabatic analysis annular flow average axial calculated capillary condenser conducted containment convection coolant cooling correlation critical heat flux decreases developed diameter droplet dynamic effect energy Equation experimental experiments film boiling flow patterns flow regime fluid free surface frequency gas-liquid heat exchanger heat flux heat load heat pipe heat removal heat transfer coefficient heater increase initial inlet interface layer length liquid film Liquid Flow Rate liquid slug loop low gravity Marangoni number mass flow rate measured melt microgravity motion Nusselt packed bed parameters particle performance phase predictions pressure drop pump radial ratio reactor reduced gravity region rise velocity sensor shear stress shown in Figure shows simulations slug flow steam subcooling sump superheat surface tension test section thermal thermocapillary thermocouples transient tube turbulence two-phase flow valve vapor film vapor flow vertical viscosity void fraction wick zero-g