首页> 外国专利> Cloud's e.g. anvil-shaped cumulonimbus cloud, convection intensity characterisizing method for e.g. X-band airborne radar, in aircraft, involves characterisizing cloud as convective and stratiform when profile is equal to respective values

Cloud's e.g. anvil-shaped cumulonimbus cloud, convection intensity characterisizing method for e.g. X-band airborne radar, in aircraft, involves characterisizing cloud as convective and stratiform when profile is equal to respective values

机译:云的铁砧形积雨云,对流强度表征方法,例如飞机上的X波段机载雷达涉及在剖面等于各自值时将云表征为对流和层状

摘要

The method involves discretizing reflectivity distribution along a network of points in a three dimensional space. A global profile (22) is defined as a function (23) i.e. real two-dimensional function, of a parameter (21) e.g. horizontal gradient. The function is enabled to vary uniformly between minimum and maximum constant values, where the function is equal to the minimum and maximum values when a parameter value is less than minimum and maximum thresholds, respectively. A cloud is characterisized as convective and stratiform when the profile is equal to the respective values.
机译:该方法涉及离散沿着三维空间中的点的网络的反射率分布。全局轮廓(22)被定义为参数(21)(例如)的函数(23),即实际的二维函数。水平渐变。使该功能能够在最小和最大常数之间均匀变化,其中,当参数值分别小于最小和最大阈值时,该功能等于最小和最大值。当轮廓等于相应值时,云的特征是对流和层状。

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