摘要
基于遵义市12个国家级气象观测站2020年12月—2021年3月的DSC1称重式降水传感器和双翻斗降水多传感器标准控制系统采集的液态降水量数据,对降雨总量、不同量级降雨量、分钟捕获有效降雨量的次数、感应时间等进行对比分析,找出差异产生的原因,提出建议。
Based on the liquid precipitation data collected by DSC1 weighing precipitation sensor and double tipping bucket precipitation multi-sensor standard control system at 12 national meteorological observation stations in Zunyi from December 2020 to March 2021,the total rainfall,rainfall of different magnitude,the number of times of capturing effective rainfall per minute,induction time,etc.are compared and analyzed to find out the causes of the differences and put forward suggestions.
作者
张远洪
黄菁
古书鸿
袁颖
张强宜
黄美霞
ZHANG Yuanhong;HUANG Jing;GU Shuhong;YUAN Ying;ZHANG Qiangyi;HUANG Meixia(Zunyi Meteorological Bureau of Guizhou Province,Zunyi 563002,China;Suiyang Meteorological Bureau of Guizhou Province,Suiyang 563300,China;Guizhou Institute of Mountain and Environment Climate,Guiyang 550002,China)
出处
《中低纬山地气象》
2022年第4期109-112,116,共5页
Mid-low Latitude Mountain Meteorology
关键词
降水多传感器标准控制系统雨量标准值
称重式降水量
对比分析
rainfall standard value of precipitation multi-sensor control system
weighted precipitation
comparative analysis
