y use of the eddy exchange coefficient K expressed by the quadratic function in Ekman layer which is close to observation, and under the condition of circle pressure field, the wind velocity in the planetary boundary layer (PBL) is obtained.
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- 采用與實(shí)測較接近的二次函數來(lái)表達Ekman層中的湍流粘性系數K，在圓形氣壓場(chǎng)條件下，求得了山地上空邊界層中的風(fēng)速，進(jìn)而求得散度、渦度和垂直速度等場(chǎng)變量隨高度的分布。
