英语释义

1. the coming together into a distinct front of two dissimilar air masses that commonly react upon each other to induce cloud and precipitation

片语

dynamic frontogenesis动力修生

frontogenesis circulation锋生环流

coastal frontogenesis海岸锋生

topographic frontogenesis地形锋生

transfiguration frontogenesis场锋生

frontogenesis forcing锋生函数

frontogenesis function锋生函数

Energy frontogenesis能量锋生

diabatic frontogenesis非绝热锋生

英汉例句

• the frontogenesis (frontolysis)is a problem of significance in synoptic meteorology and climatology.

  锋生（锋消）在天气学和气候学方面是一个重要问题。

• analysis of the frontogenesis function showed that although the confluence and deformation terms had large positive values at the confluence zone, their contribution was secondary.

  锋生方程分析结果显示，辐合项与变形项于辐合区有较大值，但其贡献量则为次要；

• the horizontal advection term contribute little to the frontogenesis and frontolysis.

  水平温度梯度的平流对锋生（消）的影响都很小。

• a two dimensional kinematic frontogenesis process is studied for examing the use of adaptive grids in numerical model.

  用一个具有解析解的二维动力锋生成过程算例，对比自适应网格方案和固定网格方案的优劣。

• q-vector frontogenesis function analysis indicated that such circulation cell generated energy transforming system between torrential rain area and the distant westerly to the northeast.

  矢量锋生函数计算分析表明，该环流圈形成了暴雨区与东北远距离的西风带系统之间的能量转换机制。

• the frontogenesis tilts the wet isentropic surface and produces significant positive vertical vorticity change in front of the frontal zone, which results in the fast development of shear line.

  锋生使得湿等熵面倾斜，在锋区前侧产生显着的正垂直涡度变化，切变线得到快速发展。

• frontogenesis and frontolysis have decisive effect on the precipitation near meiyu front.

  锋生锋消对于梅雨锋附近有无降水起到了重要的作用。

• ac-cording to the computation, the action of heating frontogenesis is important to frontal formation, maintenance and its movement.

  加热的锋生作用不仅对锋面形成和维持是重要的，而且对锋面的移动与準静止也有重要作用。

• a simplified semigeostrophic frontogenesis model with inclusion of large-scale condensation latent heat is derived and the effects of latent heat release on frontogenesis of warm front are discussed.

  利用假湿绝热假定，导得简化的半地转湿锋生模式，利用该模式讨论大尺度凝结加热对暖锋锋生过程的影响。