SEISMOLOGY AND GEOLOGY ›› 1995, Vol. 17 ›› Issue (4): 357-362.

• Brief Report • Previous Articles     Next Articles

DESIGN AND TRIAL-MANUFACTURE OF THE SYSTEM FOR MEASURING PHYSICAL FIELDS OF TECTONIC DEFORMATION IN LABORATORY

Liu Liqiang, Liu Tianchang   

  1. Institute of Geology, SSB, Beijing 100029
  • Received:1995-08-31 Revised:1995-09-30 Online:1995-12-06 Published:2009-11-25

室内构造变形物理场观测系统的设计与实施

刘力强, 刘天昌   

  1. 国家地震局地质研究所, 北京 1000029

Abstract: Setting up a system for measuring physical fields of tectonic deformation in laboratory is a valuable for study of earthquake prediction,improvement of the accuracy of physical prediction,and testing various methods for prediction.Therefore,a digital measurement system with multi-channel,high resolution,width energy scale and frequency band is designed and trial-manufac-tured.By using many kinds of sensors connected with the system,various physical fields can berecorded synchronously.

Key words: Earthquake prediction test site, Simulation test, Observation system, Multi-channel digital measurement

摘要: 建立一个完整配套的室内地震预报实验场观测系统是深入进行地震预报理论研究,提高物理预报准确率,检验各种预报方法的重要手段。为此,设计试制了一套多通道、高分辨率、宽动态、宽频带的数字化实验观测系统。该系统可以联接多种传感器,用于多参数物理场的同步动态观测。

关键词: 地震预报实验场, 模拟实验, 观测系统, 多通道数字化测量