CAJ | 학술논문

旨在介绍在对辽宁省地震监测中心的多个应用系统的高度提炼下，通过WEBgIS构建地震快速反应系统的整个过程。本文简要叙述了系统的主要开发目标，介绍了系统的软件架构和功能设计，阐述了使用网络技术和开源组件实现本系统的方法，总结了系统特点。
지재개소재대요녕성지진감측중심적다개응용계통적고도제련하，통과WEBgIS구건지진쾌속반응계통적정개과정。본문간요서술료계통적주요개발목표，개소료계통적연건가구화공능설계，천술료사용망락기술화개원조건실현본계통적방법，총결료계통특점。
After the relative calibration of the yRy - 4 borehole strain observation on the spot, the data had improved obviously, so did the correlation with the data. A higher reliability of the strain observation data in haiyuan Xiaoshan drill is proved. The sensitivity of the tidal factor had increased after the relative calibration. The stability also improved obviously. There appeared synchronous change trend, and increased correlation. There are normal situations for each elements. Compared with the observation curves of the borehole strain elements, the warping, transition and recovering phenomena occurred before the guyuan ML3.8 and Dingxi ML6.6 earthquake, were caused by the accumulation and adjustment of the underground strain, which showed a short-term and emergent abnormal change before the earthquake. The less energy the earthquake released, the smaller the magnitude was, and vice versa. Usually the short-term and emergent abnormal change appeared ten to fifteen days ago.