摘要
基于GTS11,GTS12与GTS13三种新型数字式电子探空仪在探测过程中给台站的测报质量造成了严重影响,同时也影响了探空资料可用性的问题。文章以新疆14个探空站2020年的观测资料为依托,对新型数字式电子探空仪GTS11,GTS12与GTS13在探测过程中频繁出现的信号突失、传感器变性、乱码等故障进行分类总结,针对仪器类型、故障现象,结合工作实际,提出具体的解决办法。实践证明效果显著,不但使台站探测质量有了明显的提高,探空资料的可用率也得到了一定的保障。
The GTS11,GTS12 and GTS13 three new digital electronic radiosondes have a serious impact on the quality of station data and the availability of sounding data during the detection process.Based on the observation data of 14 sounding stations in Xinjiang in 2020,this paper classifies and summarizes the frequent failures of GTS11,GTS12 and GTS13 in the detection process,such as sudden loss of radiosonde,sensor degeneration and garbled code.According to the type of instrument,fault phenomenon,combined with the actual work,the specific solution is put forward.The practice has proved that the effect is remarkable,not only the detection quality of the station has been significantly improved,but also the availability of radiosonde data has been guaranteed.
作者
斯兰芬
吴静
金嘉伟
刘晓玲
Si Lanfen;Wu Jing;Jin Jiawei;Liu Xiaoling(Hotan Meteorological Bureau of Xinjiang,Hotan 848000)
出处
《气象水文海洋仪器》
2023年第4期89-90,94,共3页
Meteorological,Hydrological and Marine Instruments
基金
和田地区气象局2022年和田气象科技与技术开发项目(HT202210)资助。
关键词
探空观测
新型数字式电子探空仪
故障与办法
sounding observations
new digital electronic radiosonde
faults and methods
