Ground‐penetrating radar and magnetic survey to the west of Al‐Zayyan Temple, Kharga Oasis, Al‐Wadi Al‐Jadeed (New Valley), Egypt
Ground‐penetrating radar and magnetic survey to the west of Al‐Zayyan Temple, Kharga Oasis, Al‐Wadi Al‐Jadeed (New Valley), Egypt
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埃及 Al-Wadi Al-Jadeed（新山谷）Kharga 绿洲 Al-Zayyan 寺以西的探地雷达和磁力勘测
DOI：
10.1002/arp.185
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发表时间：
2002
影响因子：
1.8
通讯作者：
P. Hemthavy
中科院分区：
文献类型：
--
作者：
H. Kamei;M. Atya;T. Abdallatif;M. Mori;P. Hemthavy
扎延寺或Qasr Al‐Zayyan可能被视为罗马人建造的几个堡垒链中的一个，以确保托盘在阿苏特和苏丹之间的贸易商队路线，称为Darb Al‐Arbain。扎扬神庙位于新谷首府阿尔哈尔加市以南约25公里处，并沿阿尔扎扬-阿里夫小路向阿尔哈尔加-巴黎主干道以东约沿着2公里处偏离。关于这座寺庙的背景资料非常缺乏，甚至所知的情况既不清楚也不准确。一些迹象表明它归因于Amenebis，并在皇帝安东尼（公元138-161）统治期间恢复。使用SIR 2000地球物理测量系统公司的综合探地雷达（GPR）测量。（GSSI）以及使用FM 36（GeoScan）和三分量磁通门梯度仪TRM-70 D（Tokin）进行的磁力测量已应用于寺庙的西侧。结果显示，相对较大规模的地下结构与目前寺庙的方向相交约45°。结构内的一些特殊功能已被推测归因的基础上理解他们的签名在GPR部分。磁性结果改善了对探地雷达揭示的一些物体的识别，并提供了关于其他一些特征的想法。版权所有© 2002年约翰威利父子有限公司。
Al‐Zayyan Temple or Qasr Al‐Zayyan might be regarded as one in a chain of several fortresses that the Romans built to secure the salver's trade caravan route between Asyut and Sudan, known as Darb Al‐Arbain. Al‐Zayyan temple lies about 25 km south of Al‐Kharga city, the capital of the New Valley, and deviates to the east of Al‐Kharga‐Paris main road some 2 km along the Al‐Zayyan‐Aarif minor road. The background information about the temple is very scarce, and even what is known is neither clear nor accurate. Some indications have ascribed it to Amenebis and that it was restored during the reign of Emperor Antoninus (AD 138–161). An integrated ground‐penetrating radar (GPR)survey using the SIR 2000 Geophysical Survey Systems, Inc. (GSSI) together with magnetic survey using FM36 (GeoScan) and the three component fluxgate gradiometer TRM‐70D (Tokin) have been applied to the western side of the temple. The results show relatively large‐scale buried structures in a direction intersecting that of the present temple at about 45°. Some particular features within the structure have been speculatively ascribed on the basis of comprehending their signatures in the GPR sections. The magnetic results have improved the identification of some objects revealed by the GPR and provided ideas about some of the other features. Copyright © 2002 John Wiley & Sons, Ltd.
影响因子：
2.6
作者：
DAVIS, JL;ANNAN, AP
通讯作者：
ANNAN, AP