中文摘要：

云上的喷雾器效果在 Shouxian 用喷雾器和云数据的遥感被探索，中国。非降水，不冰冻、阴暗的云被天空图象的联合第一从天空成像器(TSI ) ，从云幕灯的云库高度，和垂直温度从气球运载的发出声音系统(BBSS ) 介绍的总数选择。六个盒子在夏天被选择，并且七在里面秋天。平均的云有效半径( r _{光深度(货到付款)，喷雾器总数光散布系数，和液体水路径( LWP )是的 e} ),云， respectivey ， 6.47 m ， 35.4 ， 595.9 公里^-1,在夏天的 0.19 公里，和 6.07 m ， 96.0 ， 471.7 公里^-1,在秋天的 0.37 公里。关联系数在之间(r _e ) 并且被发现变化从对 LWP 增加的积极价值否定。

英文摘要：

The aerosol effect on clouds was explored using remote sensing of aerosol and cloud data at Shouxian, China. Non-precipitation, ice-free, and overcast clouds were firstly chosen by a combination of sky im- ages from the Total Sky Imager （TSI）, cloud base heights from the Ceilometer, and vertical temperature profiles from the Balloon-Borne Sounding System （BBSS）. Six cases were chosen in summer, and seven in autumn. The averaged cloud effective radii （re）, cloud optical depth （COD）, aerosol total light scattering coefficient （a）, and liquid water path （LWP） are, respectivey, 6.47 μm, 35.4, 595.9 mm-1, 0.19 mm in summer, and 6.07 μm, 96.0, 471.7 mm-1, 0.37 mm in autumn. The correlation coefficient between re and tc was found to change from negative to positive value as LWP increases.