Luo, X.Z., Li, D.W., Peng, F.P., et al. (2014) Implementation and Applications of an Coded Electrical Instrument with Anti-Interference Ability. Progress in Geophysics, 29, 944-951. (In Chinese)

has been cited by the following article:

• TITLE: Application Test of Anti-Interference Electrical Method Instrument to Urban Geophysical Prospecting in Tongzhou, Beijing

  AUTHORS: Yonghui Su, Songwei Guo, Dawei Li, Yang Liu

  KEYWORDS: Inversion of Minimum Layers Newton Variable Method, Vertical Projection Algorithm, Zhangjiawan Fault, Yaoxinzhuang Fault, Karst Collapse

  JOURNAL NAME: International Journal of Geosciences, Vol.12 No.4, April 30, 2021

  ABSTRACT: With the rapid development of the city, it is necessary to obtain geological information within 500 meters. Electrical prospecting is not only low cost and simple operation, but also solves the problem of insufficient drilling density in a survey. However, due to the dense urban buildings and strong electromagnetic interference, it is difficult for traditional electrical instruments to obtain effective data. An anti-interference electrical method instrument is designed. In the application test of Tongzhou core area in Beijing, the resistivity sounding data collected by anti-interference electrical method instrument is stable and reliable; inversion results of sounding are basically consistent with borehole data; the known Zhangjiawan fault and Yaoxinzhuang fault are obvious; basement karst collapse area inferred is basically coincident with the historical collapse area. It is proved that the anti-interference electrical method instrument is effective and can be applied to the geological survey of underground space in other cities.