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Strain sensitivity in fluid-saturated media

机译:流体饱和介质中的应变敏感性

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摘要

This paper is concerned with the main properties of Strain sensitivity in fluid-saturated media as revealed by extensive observations of the response of groundwater to earthquake precursory and other geodynamic processes. The response reflects changes in the state of stress and strain in the earth and is an important factor that influences stress distribution under the influence of fluids. We highlight two spheres of strain sensitivity, viz., in areas where stresses are active and in the near-surface zone that is accessible to observation. We define the conditions for abnormally high, zero, and negative sensitivity to strain. The character of strain sensitivity is considerably affected by the observing systems and the geologic section. It is shown that strain sensitivity should be taken into account when determining the role of fluids in the development of earthquake ruptures and for interpretations of fluid-related precursors.[PUBLICATION ABSTRACT] Show less
机译:本文广泛地观察了地下水对地震前兆和其他地球动力学过程的响应,从而揭示了流体饱和介质中应变敏感性的主要特性。响应反映了地球应力和应变状态的变化,并且是在流体影响下影响应力分布的重要因素。我们重点介绍了应力敏感的两个领域,即在应力活跃的区域和易于观察的近表面区域。我们定义了异常高,零和负应变敏感性的条件。应变敏感性的特性在很大程度上受观测系统和地质剖面的影响。结果表明,在确定流体在地震破裂过程中的作用以及解释与流体有关的前兆时,应考虑应变敏感性。[出版物摘要]显示较少

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