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geological questions
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  地质问题
     A Successful Example of Complicated Geological Questions Solved By Comprehensive Geophysical Explo ration Methods
     综合物探方法解决复杂地质问题的一个成功实例
短句来源
     Based on it, some significant engineering geological questions with which would be confronted probably, such as excavating riverway, slope stability, earthquake and liquefaction of soil, leakage of channel, environments and foundation are further researched preliminarily.
     在此基础之上,对其可能遇到的主要工程地质问题,如河道开挖、边坡稳定性、地震与土层液化、渠道渗漏与环境问题以及地基问题进行了初步的研究。
短句来源
     Much more attention is paid to walkaway VSP in view of its unique observation form and its importance to solve geological questions.
     变偏移距VSP方法以其独特观测方式及解决地质问题的能力而倍受人们关注。
短句来源
     This paper sums up the geological question here and analyses the selecting scheme of railway line as well as the knowledgeable degree about the geological questions,and suitable result of selecting scheme has been obtained.
     本文总结了该地区的工程地质问题 ,并就方案选择与地质问题的认识程度作了分析 ,供同行参考
短句来源
     At the same time the poor scientific management for exploiting groundwater has posed a great deal of geological questions of environment.
     同时由于对地下水开采缺乏科学的管理,也造成了诸多的环境地质问题
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  相似匹配句对
     SOME QUESTIONS OF GEOLOGICAL STRUCTURE AND ITS MINERALIZATION IN TIANSHAN,XINJIANG
     新疆天山地质构造及其成矿的若干问题
短句来源
     GEOLOGICAL STRUCTURE
     构造地质
短句来源
     The questions of GFT.
     二、目前存在的主要问题。
短句来源
     Some Geological Questions about Investigation in Nuclear Power Station
     核电工程勘测的若干地质问题
短句来源
     Foolish Questions
     愚蠢的问题
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  geological questions
This contribution gives an example about their potential in establishing concentration gradients within minerals for geological questions.
      
Important geological questions were postulated in the 1880s and 1890s.
      


Whether the plate subduction had occurredin Yangtzi Block region during the Precambrian is an important geological question in dispute. Based on the study of the stratigraphy, magmatic formation, ophiolite suite, sedimentary formation and deep fractures in the Precambian basement in southern China, it is suggested that the plate subduction has taken place in the Yangtzi Block region during the Jinning orogenic period (1.05-0.85Ga). The Qingkangdiari paleo-oceanic plate has subducted beneath the Yangtzi...

Whether the plate subduction had occurredin Yangtzi Block region during the Precambrian is an important geological question in dispute. Based on the study of the stratigraphy, magmatic formation, ophiolite suite, sedimentary formation and deep fractures in the Precambian basement in southern China, it is suggested that the plate subduction has taken place in the Yangtzi Block region during the Jinning orogenic period (1.05-0.85Ga). The Qingkangdiari paleo-oceanic plate has subducted beneath the Yangtzi paleo-continental plate to the south-east, resulted in formation of a volcanic arc and trench system on the active continental margin in the Kangdian mountain system-Longmen mountain-Micang mountain area located in the north-west margin of the Yangtzi Block, and the Zheganyue paleo-oceanic plate subducted beneath the Yangtzi paleo-continental plate to the north-west, resulted in formation of an island arc and trench system in the Jiuwangda mountain-Xuefeng mountain-Jiuling mountain-Huiji mountain area located in the south-east margin of the Yangtzi Block. The opposite movement of these two un-parallel palao-oceanic plates toward the Yangtzi palao-continental plate produced a composite stress in north-northeast direction and brought abovt the movement of Yangtzi paleo-continental plate in north-north-east direction, and collided with the North China plaeo-contin-nental plate.

扬子地区在晋宁造山期(1.05—0.85 Ga)发生过板块俯冲活动,其活动模式为青康滇古大洋板块向东南扬子古大陆板块俯冲,浙赣粤古大洋板块向西北的扬子古大陆板块俯冲。两个不平行的古大洋板块相对俯冲所产生的合应力,造成扬子古大陆板块朝北北东向移动,而与华北古大陆板块发生碰撞。

This paper introduces the phisico-mechanical properties of soft loess in the Xi'an area, and points out a main engineering geological question which must be paid more attention to at the moment when a soft loess is used as the foundational soil. It also introduces a method on a distinction of the soft loess and its distribution law.This paper has some reference values for the engineering geological prospecting of the Xi'an area and for the study of the soft loess.

本文介绍了西安地区软黄土的物理力学性质,指出了以软黄土作地基土时所需要注意的主要工程地质问题,还介绍了如何识别软黄土的方法及软黄土在西安地区的分布规律。这对西安地区的工程地质勘察和对软黄土的研究具有一定的参考意义。

This paper has made a deeper and more careful study of the basement, deep structure and ore-forming prospecting in the Qingba and its surrouding areas with the help of the given millionth data of gravity and magnetism.By using the structure spectrum and the moment spectrum and paying more attention to the use of the artificial intelligence in the whole process of explanation, the writers make sure that the results are very reliable.The Qingba areas were lacking for complete and systematic studies before.The...

This paper has made a deeper and more careful study of the basement, deep structure and ore-forming prospecting in the Qingba and its surrouding areas with the help of the given millionth data of gravity and magnetism.By using the structure spectrum and the moment spectrum and paying more attention to the use of the artificial intelligence in the whole process of explanation, the writers make sure that the results are very reliable.The Qingba areas were lacking for complete and systematic studies before.The previous studies were mostly restricted to parts of the area, so that it was more difficult to realize and appraise the geological questions about the Qingba areas. The study of this paper will fill in the gaps, so that this paper can be used as an important basic material.

本文利用已有的百万分之一重磁测量结果,对整个秦巴及其周围地区的基底及深部构造、成矿远景做了较深入仔细的研究。在研究方法上,使用了构造频谱法和矩谱法,并注意将人工智能贯串于解释中,从而保证了解释结果的可信度。整个秦巴地区缺乏全面系统地研究,以往的研究大都局限于局部地区,难以由此全面地认识和评价秦巴地质。本文的工作填补了这一空白,可以作为研究秦巴地质的重要基础资料。

 
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