福建古田一次对流云人工增雨催化试验的数值模拟研究
谢祖欣, 林文, 李丹, 花少烽

A numerical simulation study on a convective cloud artificial rain enhancement seeding experiment in Gutian, Fujian Province
XIE Zuxin, LIN Wen, LI Dan, HUA Shaofeng
图6 2021年5月4日09:10—09:30 AgI播撒后其质量浓度(填色,单位:10-3 μg?kg-1)及移动路径(箭头方向)(a),09:00—13:00自然云降水量(b,单位:mm)及催化后地面降水增量(c)、降水量增量(d,单位:mm)及增雨率(e,单位:%)
(红色三角形为作业点大致位置,下同;矩形框为催化影响区域)
Fig.6 The mass concentration (the color shaded, Unit: 10-3 μg?kg-1) and movement path (the arrow direction) of AgI after its dissemination from 09:10 to 09:30 on May 4, 2021 (a), and the natural cloud precipitation (b, Unit: mm), ground precipitation increment (c), precipitation increment (d, Unit: mm), and rain enhancement rate (e, Unit: %) after catalysis from 09:00 to 13:00 May 4, 2021
(The red triangles denote approximate locations of the artificial rain enhancement operation site, the same as below; The rectangular box indicates the seeding influence area)