地下流体数字化观测条件和技术研究

摘要

Combined with the requirement on digital reformation of fluidearthquake precursory networks which was proposed in “the 9th five-year plan”, on the basis of instruments now available in Xinjiang, a lot of correlation experiments of water temperature, pressure, water Radon, gas Radon, He, Radon in soil along fault were conducted at different stations, under different conditions and by different methods. Through these experiments, the observational conditions and methods which are stable, reliable, sensitive and fit to automatic field observation were given in the paper.%在新疆现有仪器设备基础上,结合“九五”流体台网数字化技术改造要求，在不同观测点、不同观测条件下，利用不同方法对水温、压力、水氡、气氡、氦和断层土壤气氡等测项开展了多项对比观测实验，找出了稳定可靠、反应灵敏、信息量大、适合野外自动化观测的观测条件和方法。