侯茂生. 1984: 苏10井水位与应力应变的关系. 地震学报, 6(1): 90-97.
引用本文: 侯茂生. 1984: 苏10井水位与应力应变的关系. 地震学报, 6(1): 90-97.
1984: ON THE RELATION BETWEEN THE STRESS-STRAIN CONDITION AT DEPTH AND THE WATER LEVEL VARIATION IN THE SU-10 WATER WELL. Acta Seismologica Sinica, 6(1): 90-97.
Citation: 1984: ON THE RELATION BETWEEN THE STRESS-STRAIN CONDITION AT DEPTH AND THE WATER LEVEL VARIATION IN THE SU-10 WATER WELL. Acta Seismologica Sinica, 6(1): 90-97.

苏10井水位与应力应变的关系

ON THE RELATION BETWEEN THE STRESS-STRAIN CONDITION AT DEPTH AND THE WATER LEVEL VARIATION IN THE SU-10 WATER WELL

  • 摘要: 本文通过对苏10井井孔特性的阐述,对水位反映固体潮、气压和降雨等情况的分析研究,认为,该井由于位于特殊的构造部位,具有特殊的水文地质条件和井孔结构,含水层埋藏较深,弹性模量大,储存系数、压缩系数、阻尼系数小,渗透性较强,封闭条件好,干扰因素少,所以能灵敏地反映应力、应变的微变化,这样的井孔--含水层系统,犹如埋设在地下深处具有较高放大倍数的应力、应变仪,对于地震预报和地震孕育过程的探索,具有一定意义.

     

    Abstract: This paper describes the characteristics of the SU-10 deep well. By analysing the change of water level in the well with reference to earth tide, atmospheric pressure and rainfall, it can be shown that because of the particular well location on the geological structure, the unusual hydrogeological condition, deep burial of the water-bearing stratum of high elastic modulus, porosity and compressibility, its low attenuation constant, high permeability coefficient, good confinement condition and finally less disturbing factors, the water well is quite sensitive to small stress-strain variations.Such a system consisting of a water well and a water bearing horizon behaves as a stress-strain measuring device of high magnification buried at certain depth. It may be significant for the study of the process of development of the earthquake source and its prediction.

     

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