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首页> 外文期刊>GeoScience Engineering >Improved Description and Monitoring of Near Surface Hazardous Infiltrate Complexes by Shear Waves for Effective Containment Response
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Improved Description and Monitoring of Near Surface Hazardous Infiltrate Complexes by Shear Waves for Effective Containment Response

机译：通过有效控制反应的剪切波改进对近地表危险渗透复合物的描述和监测

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Among numerous causes of fluid releases and infiltration in near surface, resurgence in such anthropic activities associated with unconventional resource developments have brought about a resounding concern. Apart from the risk of an immediate chemical hazard, a long term possible recurrent geo-environmental risk since can also be envisaged as for various prevalent stake holders and broader initiatives. Urgency and exactness for spatiotemporal containment and remediation promotes the devising of efficient methods for monitoring near subsurface flow complexes caused by such spills. Swave (Shear waves) spectral imaging results, in relevant context, of a controlled immiscible fluid displacement monitoring experimental study are analysed and inferred. Against the prospective method as well evaluated, Swave diffraction associated spectral peculiarities are examined, importantly, given background medium characteristics definitions invoking fresh insights of microscale significance alongside macroscale potential.
机译：在造成近地表流体释放和渗透的众多原因中，与非常规资源开发相关的这种人类活动的复活引起了人们的广泛关注。除了直接的化学危害的风险外，长期的可能反复发生的地球环境风险，因为对于各种普遍的利益相关者和更广泛的倡议也可以预见。时空遏制和补救的紧迫性和准确性促使人们设计出一种有效的方法来监测由此类溢漏引起的近地下流动复合体。在相关情况下，分析并推断了Swave（剪切波）光谱成像结果，该结果是受控的不混溶流体驱替监测实验研究的结果。相对于经过良好评估的前瞻性方法，重要的是，给定背景介质特征定义，需要唤起对微观尺度意义以及宏观尺度潜力的新见解，从而对Swave衍射相关光谱特性进行检查。

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