A tropical cyclone is akin to a travelling heat engine . it feeds on an incessant supply of latent heat released from condensation in ascending moist air 热带气旋类似一台会走动的热能机器，它的能量来自湿空气上升时水汽凝结而释放的潜热。
A tropical cyclone is akin to a travelling heat engine . it feeds on an incessant supply of latent heat released from condensation in ascending moist air 热带气旋类似一台会走动的热能机器，它的能量来自湿空气上升时水汽凝结而释放的潜热。
The simulated latent heat of coarse soil is smaller , and surface temperature and sensible heat is larger than the results of the control run 粗糙土壤，反照率大，造成地面吸收短波辐射减少。粗糙土壤用于蒸发的潜热减少，地温升高，感热大。
And two simulation models for the effects of latent heat on the temperature fields were proposed comparatively , where latent heat was taken into account in one and other not 为定量地考察潜热的影响，使用了考虑潜热及不考虑潜热两种分析模型。
The results show time interval of atmospheric forcing gives rise to significant difference in net solar radiation and latent heat in siberia area 西伯利亚地区的单点试验表明不同时间间隔的边界强迫对地表吸收的净短波辐射和释放的潜热影响较大。
The simulations of ground temperature and earth absorbed net solar radiation are lower than the observation . sensible heat and latent heat are also lower than the observation 由于模式模拟的地温偏低，净的短波辐射偏小，则模拟的感热和潜热值偏小。
The dispersed microcapsules can be used as a latent functional thermal fluid to improve the heat transfer efficiency in the fields of refrigeration and air - condition 该相变材料微胶囊的分散液可用作潜热型功能热流体，应用于制冷空调领域，以提高换热效率。
The effects of latent heat on temperature field were investigated via self - developed code joining with abaqus ( superscript tm ) for laser cladding procedure 摘要应用自编子程式与通用软件abaqu (上标tm )联机模拟计算了考虑潜热影响的激光涂敷过程温度场的变化。
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 译为:有必要把代表水汽凝结潜热释放的随时间变化率的一项作为热源项包括在热力学能量方程中。
In a word , convective instability strong baxoclinicity barotropic advection of potential vorticity and latent heat release are factors which activize this explosive development of cyclone 总之，对流不稳定、强斜压性和正压位涡平流、潜热释放是本次气旋发展的启动因子。
