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Development of ground penetrating radar in the geocenter Hannover, Germany - a review

机译:在德国汉诺威地质中心开发探地雷达

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One of the first applications of GPR was geological exploration such as salt and coal, which was started 1970s. Many tests showed it is a good method to estimate the location of mineral resources. The GPR equipment at that time was quite simple, but in specific application, it was quite useful. We can find many salt deposits in north Germany. The salt deposits in natural geology are complete dry material and it is transparent for electromagnetic waves. Therefore maximum range by GPR reaches several hundred meter very easily. GPR plays an important role to find any anomalous material in salt deposit. The same concept can be used for monitoring of water flow in crystalline rock. Crystalline rock such as granite contains very little water flow in it, therefore it is also a good material for storage. At the same time, electromagnetic waves can penetrate relatively easily in this material. GPR in salt was quite successfully used, then advanced GPR systems such as directional borehole radar were also developed. In addition, salt deposits can be used for GPR experiments for fundamental understanding of electromagnetic wave propagation, and analysis of antenna performance in material.
机译:GPR的首批应用之一是始于1970年代的地质勘探,例如盐和煤。许多测试表明,这是估算矿产资源位置的一种好方法。当时的GPR设备非常简单,但在特定应用中却非常有用。我们可以在德国北部发现许多盐矿。自然地质中的盐矿是完全干燥的物质,对电磁波是透明的。因此,通过GPR的最大范围非常容易达到几百米。 GPR在发现盐矿中的任何异常物质方面起着重要作用。可以将相同的概念用于监视结晶岩中的水流。花岗岩等结晶岩中几乎没有水流,因此它也是一种很好的储存材料。同时,电磁波可以相对容易地渗透到这种材料中。盐中的GPR相当成功地被使用,然后还开发了先进的GPR系统,例如定向井眼雷达。此外,可以将盐沉积物用于GPR实验,以基本了解电磁波传播,并分析材料中的天线性能。

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