利用探地雷达和地球物理方法分析克拉皮尼伊石灰华采石场岩体断裂

Camelia Madear, L. Asimopolos, N. Asimopolos, Gelu Madear
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引用次数: 0

摘要

石灰华易破裂,因此难以提取具有重要商业价值的大块未破裂石块。在我们的研究中,我们使用GPR -探地雷达和其他地球物理方法(电阻率和地震方法)来评估压裂程度。通过对纵向和横向探地雷达剖面的解释,并与最小电阻率相证实,我们确定了Carpinis采石场的裂缝和高度压裂区域。此外,利用这些综合方法和确凿的地球物理、地质、构造和地貌信息,为有效调查Carpinis采石场创造了前提,这有助于优化采矿过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rockmass Fracture Analysis at Cărpiniş Travertine Quarry Using Ground Penetrating Radar and Geophysical Methods
Abstract Travertines are susceptible to fracturing/ cracking, making it difficult to extract large uncracked blocks of significant commercial value. In our study, we used the GPR – Ground Penetrating Radar and other geophysical methods (resistivity and seismic methods) to evaluate the degree of fracturing. Following the interpretation of the longitudinal and transversal GPR profiles, corroborated with the resistivities minima, led us to identify fractures and highly fracturing areas in the Carpinis quarry. In addition, using these combined methodologies and corroborating geophysical, geological, tectonic and geomorphological information creates the premises for an effective investigation of Carpinis quarry, which assists with optimising the mining process.
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