1. Direct-contact condensers, 3.20.1-1 - 3.20.4-5
1. effect of incondensable vapors in, 3.20.4-2
2. Florschuetz and Chao equation for bubble collapse in, 3.20.4-1
3. Jacobs and Major model for condensation of vapour forming immiscible liquids in, 3.20.4-2
4. use as vapor suppression systems, 3.20.4-4
5. Wittke and Chao model for collapse of moving bubble in, 3.20.4-1
2. bubble-type 3.20.4-1 - 3.20.4-5
3. drop-type, 3.20.2-1 - 3.20.2-9
1. barometric condenser, 3.20.1-2
2. condensation on jets and sheets in, 3.20.2-3 - 3.20.2-8
3. energy balances for, 3.20.2-1 - 3.20.2-3
4. Jacobs and Cook equation for drop growth in, 3.20.2-2
5. Lekic and Ford equation for drop velocity in, 3.20.1-1
1. condensation on a film flowing down a plate, 3.20.3-1 - 3.20.3-3
2. condensation on a film flowing over sphere, 3.20.3-3 - 3.20.3-4
3. effect of noncondensables in, 3.20.3-3 - 3.20.3-4
4. packed-bed condenser, 3.20.1-3
5. volumetric heat transfer coefficients in packed bed condensers, 3.20.3-3
5. film-type 3.20.3-1 - 3.20.3-5