CAPE:对流有效位能
“对流有效位能”(Convective Available Potential Energy,简称CAPE)是气象学中一个重要的专业术语,常被缩写为CAPE以便于快速书写和使用。这一概念主要用于衡量大气中对流发展的潜在能量,常见于气象预报、大气科学研究及相关学术讨论中。
Convective Available Potential Energy具体释义
Convective Available Potential Energy的英文发音
例句
- The establishment of convective instability and conditional symmetry instability, and the centralized release of convective available potential energy ( CAPE ) are important conditions of the occurrence and development in this rainstorm.
- 对流不稳定和条件对称不稳定的建立以及对流有效位能(CAPE)的集中释放是此次特大暴雨产生和持续发展的重要条件。
- The model performance is found to be sensitive to downdraft-and entrainment-related parameters and consumption time of Convective Available Potential Energy(CAPE) ( CAPE ).
- 与下沉气流强度、上升气流夹卷率和对流有效位能(CAPE)(CAPE)消耗时间相关的参数能对模式性能造成显著影响。
- For the 4.28 process, the mesoscale convergence line, which is formed by downslope wind from the Taihang mountains converging with the southwest warm humid wind, releases the Convective Available Potential Energy(CAPE), initiates the convection and organizes the convective cells into squall line.
- 4.28过程由于太行山地形影响而产生的下坡风与西南暖湿气流相汇合,形成中尺度辐合线,触发了不稳定能量的释放,产生对流并由中尺度辐合线组织成飑线。
- The strong vertical temperature gradient is sometimes more indicative than the convective available potential energy in making potential prediction of severe convective storms.
- 在强对流天气潜势预报中,强垂直温度梯度有时比对流有效位能(CAPE)更有指示性。
- There was aboundent moisture gathered in the lower troposphere and the atmosphere was nearly saturated with a big store of convective available potential energy ( CAPE ).
- 在暴雨发生前武汉附近整个对流层大气积聚了大量的水汽,整个层结接近饱和,并且蕴涵着大量对流有效位能(CAPE)(CAPE);
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