Heat transfer was formulated to include effects of conduction, convection and latent heat of vapourization.

热转移则主要包括了三种形式，、对流和汽化潜热。

It Is necessary to include as a heat source In the thermodynamic energy equation at erm which represems the timerate of release of the latent heat of condensation of water vapor.

有必要把代表汽凝结潜热释放随时间变化率一项作为热源项包括热力学能量方程中。

Because of water's latent heat capacity, a tubful of water placed in a greenhouse on a night of freezing cold will act as a reserve supply of heat.

因为这种潜热容量，成冰夜晚置于温室中一管可起到保温热源作用。

Finally, the relation of the front and convection as well as the role of convective latent heating on the Meiyu frontogenesis was discussed.

最后探讨梅雨锋与对流之关系，及对流潜热释放梅雨锋生过程所扮演之角色。