Each stage recovers the heat of condensation, providing a multiple-effect design.

Heat of condensation can be captured and reused rather than lost in the flue gas.

The 1 K bath liquifies the He gas and removes the heat of condensation.

Obtaining the mass of the liquid water in the cloud chamber is possible through an equation involving the latent heat of condensation.

With most forms of solar stills, this heat of condensation is ejected from the system as waste heat.

Another factor is rapid cooling with height, which allows the release of the heat of condensation that powers a tropical cyclone.

Secondly, the heat of condensation is valuable because it takes large amounts of solar energy to evaporate water and generate saturated, vapor-laden hot air.

The heat of condensation is transported through the foil and is immediately converted into evaporation energy, generating new vapour in the seawater feed channel.

Latent heat of condensation: During the cooling phase the cooler container is picking up more condensation than the warm container.

The Coriolis effect also initiates cyclonic rotation, but unlike the heat of condensation it is not a driving force in bringing this rotation to high speeds.

In such regions, added water vapor and higher ocean temperatures increase the potential for storms driven by latent heat of condensation, such as hurricanes and thunderstorms.

The latent heat of condensation of water in the temperature range from 40 C to 40 C is approximated by the following empirical cubic function:

The combination of a foil and a hydrophobic membrane creates a channel for the feed, where the feed is heated by the heat of condensation of the vapour from the steam raiser.

The key assumption used in deriving the BET equation that the successive heats of adsorption for all layers except the first are equal to the heat of condensation of the adsorbate.

You'll notice that "moonshine stills" or chem-lab condensers always have noticeable or large cooling coils; it takes a surprisingly large apparatus to pull the large heat of condensation out of a flowing vapor.

Natural gas heating efficiencies have improved through use of condensing furnaces and boilers, in which the water vapor in the flue gas is cooled to liquid form before it is discharged, allowing the heat of condensation to be used.

The term implies both poleward displacement of the cyclone and the conversion of the cyclone's primary energy source from the release of latent heat of condensation to baroclinic (the temperature contrast between warm and cold air masses) processes.