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首页> 外文期刊>Geoscientific Instrumentation, Methods and Data Systems Discussions >Ground-penetrating radar inspection of subsurface historical structures at the baptism (El-Maghtas) site, Jordan
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Ground-penetrating radar inspection of subsurface historical structures at the baptism (El-Maghtas) site, Jordan

机译:江望症(EL-MATHTAS)遗址地下历史结构的地面穿透雷达检查

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The baptism (El-Maghtas) site is located to the north of the Dead Sea on the eastern bank of the Jordan River. Previous archeological excavations in the surrounding area have uncovered artifacts that include the location that was home to “John the Baptist”, who lived and preached in the early 1st Century AD and is known for baptizing Jesus. Archeological excavations have revealed walls, antiquities, and ancient water systems that include conduits, pools, and ancient pottery pipes. A ground-penetrating radar (GPR) survey was carried out at select locations along parallel profiles using a subsurface interface radar system (Geophysical Survey Systems Inc. SIRvoyer-20) with 400?MHz or 900?MHz mono-static shielded antennas in order to locate archeological materials at shallow depths. The GPR profiles revealed multiple subsurface anomalies across the study area. At the John the Baptist Church site a buried wall was detected along the profiles, and at the pool site the survey delineated several buried channels. GPR data also confirmed the extension of an ancient pottery pipe at the Elijah's Hill site through the production of a clear diffraction hyperbola anomaly related to the ancient pottery pipe that could be discriminated from the 2D profiles. The GPR data were displaced using 3D imaging to define the horizontal and vertical extent of the pipe.
机译:洗礼(El-Maghtas)网站位于约旦河东岸的死海北部。以往,周围地区的考古挖掘已经未覆盖的文物,其中包括在第一个世纪初的广告初而讲的“John Phaptist”的位置,众所周知,为耶稣施洗。考古挖掘揭示了包括导管,池和古代陶器的墙壁,古物和古代水系统。在使用400?MHz或900?MHz单静电屏蔽天线的地下接口雷达系统(地球物理测量系统Inc. Sirvoyer-20)沿着并联曲线的选择位置进行地面穿透雷达(GPR)调查。在浅层深度定位考古材料。 GPR配置文件在研究区域揭示了多个地下异常。在John浸信会教堂网站沿着概况检测到埋藏墙壁,在池站点上,调查划定了几个埋地渠道。 GPR数据还通过生产与古代陶器管道的明确衍射双曲线异常,确认了古代陶器在Elijah的山峰站点的延伸。可以从2D型材中歧视。 GPR数据使用3D成像移位,以定义管道的水平和垂直程度。

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