Altitude correction method and networking for atmospheric electric field data
Xing Hong-ya · Journal of PLA University of Science and Technology · 2014
To improve the network data consistency and expand the field monitoring scope,the effect of altitude on electric field data and the existing problems in networking algorithm were discussed.An altitude correction method was proposed for atmospheric electric field data and the Kriging method used to networking,and the thunderstorm processes analyzed based on atmospheric electric field data in Nanjing from June to August 2010,with the double monomer thunderstorm process comprehensively analysed.The results show that the altitude correction method can effectively improve the electric field network,and expand the monitoring scope of the electric field.Due to the different levels of development of each thunderstorm,there are different charge structures of thunderstorm,resulting in an inconformity between the thunderstorm echo intensity and the electric field distribution,and the situation may even be interchangeable.