首页> 外文期刊>Quarterly Journal of Engineering Geology and Hydrogeology >Reply to discussion on ‘Hyper-permeable granite: lessons from test pumping in the Eastgate Geothermal Borehole, Weardale, UK’ by P.L. Younger and D.A.C. Manning Quarterly Journal of Engineering Geology and Hydrogeology, 43, 5–10
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Reply to discussion on ‘Hyper-permeable granite: lessons from test pumping in the Eastgate Geothermal Borehole, Weardale, UK’ by P.L. Younger and D.A.C. Manning Quarterly Journal of Engineering Geology and Hydrogeology, 43, 5–10

机译:回复关于P.L.的“高渗透性花岗岩:在英国Weardale的Eastgate地热钻孔中进行试验泵送的教训”的讨论Younger和D.A.C. 《曼宁工程地质与水文地质季刊》 43、5-10

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We are very grateful to F.W. Smith for his thoughtful consideration of the brief speculation we included in our paper about the origins of the permeable features encountered at 411 m depth in what is now known as the Eastgate No. 1 Borehole (Younger & Manning 2010). His remarks are very enlightening, and add significantly to the published record on the structural geology of the North Pennine Orefield. Dr Smith’s comments actually penetrate a point of amicable difference between the two of us, with Younger being in favour of a predominantly structural interpretation, whereas Manning was more inclined to an explanation that also involved deep weathering.
机译:我们非常感谢史密斯(FW Smith)对我们在本文中所包含的简短推测的深思熟虑的考虑,该推测是关于现在被称为东门1号钻孔的411 m深度遇到的渗透特征的起源的(Younger&Manning 2010) 。他的讲话很有启发性,并大大增加了有关北彭宁奥雷菲尔德结构地质的已发表记录。史密斯博士的评论实际上渗透了我们两个人之间的友好差异,雅戈尔赞成以结构为主的解释,而曼宁则更倾向于也涉及深度风化的解释。

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