摘要
介绍了一种基于固体火箭和GPS测风技术的中低空气象探测系统,讨论分析接收数据与理论数据误差、GPS定位接收中断和数据质量控制等系统研发关键技术解决方案。业务试用分析表明,系统可以实时获取0~7 km大气的温、湿、压、风速、风向等气象要素剖面观测数据,与常规L波段雷达资料一致性较好。通过单点和多点组网观测分析,该系统可以为人影作业条件分析和作业方案设计提供有价值的帮助。
In this paper,a medium and low altitude meteorological detection system based on solid rocket and GPS wind measurement technology is introduced,and the key technology solutions are discussed and analyzed,such as receiving data and theoretical data error,GPS location receiving interruption,data quality control and so on. The service trial analysis shows that the system can obtain the data of temperature,humidity,pressure,wind speed,wind direction and other meteorological elements in 0-7 km atmosphere in real time,which is in good agreement with the conventional L band radar data. Through single point and multi-point network observation and analysis,the system can provide valuable help for the analysis of shadow work conditions and the design of operation plan.
作者
贺文彬
罗俊颉
王鹏
田显
苏立娟
HE Wen-bin;LUO Jun-jie;WANG Peng;TIAN Xian;SU Li-juan(Meteorological Service of Shaanxi,Xi'an 710014,China;Weather Modification Office of Shaanxi,Xi'an 710014,China;Shaanxi Zhongtian Rocket Technology Co.LTD.,Xi'an 710014,China;The Inner Mongolia Autonomous Region Institute of Meteorological Sci-ences,Hohhot 010051,China)
出处
《成都信息工程大学学报》
2018年第4期423-429,共7页
Journal of Chengdu University of Information Technology
基金
陕西省气象局科技成果应用与推广资助项目(2015T-1)