Applications of conventional and non-conventional GPR systems in the Viking remains of Torget

L. Matera, M. Ciminale, E. Eide, J. Sala, R. Persico, Arne Anderson Stamnes
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引用次数: 2

Abstract

The results of a geophysical survey conducted in the main square of Trondheim (Norway) are presented. Trondheim is one of the oldest major cities with urban settlement dating back to the Viking ages, and below the current square archaeological test excavations have revealed preserved cultural layers; the oldest from the 10th century. We carried out a geophysical survey in the South Eastern quadrant using three different GPR systems: a reconfigurable prototype stepped frequency GPR, a pulsed GSSI GPR system and a 3DRadar stepped frequency device. The selected area represents a natural test site. In fact, the main topic of our geophysical campaign was to recognize, in an urban context, the presence of known archaeological remains and to compare the performances of the prototype device with two traditional GPR devices. Comparable results have been achieved, as it will be shown.
传统和非常规探地雷达系统在“海盗”号残骸上的应用
在特隆赫姆(挪威)的主要广场进行的地球物理调查的结果。特隆赫姆是最古老的主要城市之一,其城市定居点可以追溯到维京时代,在当前广场的考古测试挖掘中发现了保存完好的文化层;最古老的是10世纪的。我们使用三种不同的探地雷达系统在东南象限进行了地球物理调查:一种可重构的原型步进频率探地雷达,一种脉冲GSSI探地雷达系统和一种3radar步进频率装置。所选区域代表一个自然的测试场地。事实上,我们地球物理运动的主要主题是在城市环境中识别已知考古遗迹的存在,并将原型设备与两种传统GPR设备的性能进行比较。可比较的结果已经取得,下面将说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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