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核磁共振技术在秦皇陵考古中的应用效果 被引量:11

APPLICATION EFFECTIVENESS OF NEUCLEAR MAGNETIC RESONANCE TECHNOLOGY IN ARCHEOLOGY OF QIN IMPERATOR MAUSOLEUM
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摘要 核磁共振测深方法是目前唯一直接探查地下水的地球物理新方法。这种方法原理新颖 ,经济、快速 ,为水文地质和工程地质工作量化提供了新手段。可以直接给出探测目标处有无地下水活动的情况。在秦始皇陵的无损探测研究中 ,首次利用了核磁共振测深方法。本文论证了该方法的特点及其应用效果 ,及其在确认秦始皇陵就在封土堆下、没有进水和防渗墙仍在起作用方面 。 Nuclear Magnetic Resonance Sounding method is the only geophysical new method of directly detecting underground water at present. The method has a new principle , good economy and quickness and provides a new means for quantifying of hydrogeological investigations and engineering geology. It can give information of whether there is or not underground water in detection project directly. In the detection research on Qin imperator mausoleum, the MRS method is used for the first time. In this paper the principle and features of the method are discussed and application results are given and the method gives an important basis in confirming that the Qin imperator mausoleum is placed just under the stored soil and not entered by water and seepage-proof wall is working.
出处 《工程地球物理学报》 2004年第4期299-303,共5页 Chinese Journal of Engineering Geophysics
基金 国家 8 63计划 (编号 :2 0 0 2AA 13 2 0 12 )第二子课题资助
关键词 核磁共振技术 地下水 秦皇陵 考古 应用 magnetic resonance technology underground water Qin imperator mausoleum archaeology application
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  • 1[2]PAN Yuling , Jean Bernard. Surface nuclear magnetic induction system and its ' application in hydrogeological investigations. Computerized Tomography Theory and Applications, 2000(9): 37~43.
  • 2[3]PAN Yuling, LI Zhenyu ,DENG Jingwu, ZHANG Bing. Application examples of SNMR method in hydrogeological investigations in China. Proceedings of MRS 2nd international workshop on the Magnetic Resonance Sounding method applied to non-invasive groundwater investigations. France, Orleans, 2003.89~92.
  • 3[4]LI Zhenyu, PAN Yuling, TANG Huiming, ZHANG Bing, QU Zan. Application of SNMR method in engineering geology. Proceedings of MRS 2nd international workshop on the Magnetic Resonance Sounding method applied to non-invasive groundwater investigations. France, Orleans, 2003. 129~133.
  • 4万乐,cug.edu.cn,潘玉玲,cug.edu.cn.利用核磁共振方法探查岩溶水[J].CT理论与应用研究(中英文),1999,8(3):15-19. 被引量:25

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