Evapn. system for liquids uses >=2 effects operating at different temp. levels. Vapour from one is then used to heat liquid in the next. The liquid is evaporated in >=1 of the effects and is condensed in >=2 evapn. stages. The liquid being evaporated in one effect is recycled ...
Evapn. system for liquids uses >=2 effects operating at different temp. levels. Vapour from one is then used to heat liquid in the next. The liquid is evaporated in >=1 of the effects and is condensed in >=2 evapn. stages. The liquid being evaporated in one effect is recycled ...
Evapn. system for liquids uses >=2 effects operating at different temp. levels. Vapour from one is then used to heat liquid in the next. The liquid is evaporated in >=1 of the effects and is condensed in >=2 evapn. stages. The liquid being evaporated in one effect is recycled ...
Evapn. system for liquids uses >=2 effects operating at different temp. levels. Vapour from one is then used to heat liquid in the next. The liquid is evaporated in >=1 of the effects and is condensed in >=2 evapn. stages. The liquid being evaporated in one effect is recycled ...
In particular, it is important for the dynamics of systems of immiscible liquids experiencing interfacial boiling. We estimate the value of parameter S_v as a function of the heat influx Q_v to the system or the average system overheat (螛) above the interfacial boiling point. The derived ...
7814/55. Class 86 In a method of blending two or more miscible liquids of different vapour pressure to a mixture having a specific vapour pressure characteristic, the liquids are fed to a buffer reservoir vessel so that they are mixed before or as they enter the vessel and the vapour ...
Flows of two liquids of different densities. Flows of two gases evolving at low Mach number. In this contribution, this last situation is of particular interest. As mentioned earlier, heavy-gas dispersal in urban places or hilly grounds motivates the present work. The two-layer approach is also...