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基于微波辐射计资料的祁连山东段大气水汽和液态水时空变化特征
把黎1,2(), 奚立宗1(), 蔡迪花3, 庞朝云1, 张鑫海4, 尹春5
Spatial and temporal variation characteristics of atmospheric water vapor and liquid water in eastern section of the Qilian Mountains based on microwave radiometer data
BA Li1,2(), XI Lizong1(), CAI Dihua3, PANG Zhaoyun1, ZHANG Xinhai4, YIN Chun5

图7. 2020年7月17日积云降水(a、b)、24日暖云降水(c、d)和8月29日积层混合云降水(e、f)过程VD(彩色填充,单位:g·m-3)垂直分布及整层PWV(红色线条)(a、c、e)、LWC(彩色填充,单位:g·m-3)垂直分布及整层LWP(红色线条)(b、d、f)的时间变化
(黑色虚线对应的时间为降水开始时刻)

Fig.7. The change of vapor density at different heights (color filled areas, Unit: g·m-3) and integral precipitable water vapor (red lines)(a, c, e), and liquid water content at different heights (color filled areas, Unit: g·m-3) and integral liquid water path (red lines)(b, d, f) with time in the processes of cumulus cloud precipitation on July 17 (a, b), warm cloud precipitation on July 24 (c, d) and stratiform cloud with embedded cumulus cloud precipitation on August 29 (e, f), 2020
(The black dashed line corresponds to the beginning time of precipitation)