含水构造

应用三极断面测深技术探测井下含水构造

Sounding Technology of Three-fracture Used into Detection Water-bearing Structure in Mine

瞬变电磁法在矿井含水构造调查中的应用

Application of Transient Electro-magnetic Method in Detecting Water-bearing Structure in Mining Face

试验结果表明，不抽气218Po方法技术在地下水资源勘查中，寻找隐覆含水构造裂隙有着良好的效果。

The test result successfully proves that the not bleed ~ ( 218 ) Po method can find water bearing structure crack .

无线电波透视法在探测隐伏导含水构造中的应用

Application of radiowave penetration method in detecting the crytic hydrated structure

隧道含水构造直流电阻率法超前探测研究

Study of advanced detection of water-bearing geological structures with DC resistivity method

含水构造的巷道通过方法探讨

Discussion on methods of getting through water - bearing structure

沂蒙贫水山区物探特征及含水构造分析

Geophysical characteristics and aquifer structure analysis in Yimeng mountain area

矿区含水构造的预测

Prediction of aqueous structure in mining district

利用多频点技术探测顶底板含水构造埋深问题的尝试

Using the multi-frequency technique to detect water-bearing strcture in the roof and floor of coal seam

矿井瞬变电磁法探测井下工作面顶、底板的含水构造

Application of Transient Electric Magnetic Method in Mining Shaft to Detect Water-bearing Structures on Roof and Footwall of Downhole Face

瞬变电磁法在甘肃寻找地下含水构造中的应用泰山群变质岩地下水的富集条件与寻找方法

THE APPLICATION OF TEM TO GROUNDWATER EXPLORATION IN GANSU PROVINCE Condition of Storage Structure and Seeking Groundwater below Taishan-group Metamorphic Rock

本文简要地叙述了核技术找水的研究历程，阐明了含水构造放射性异常机制和规律探索对方法技术发展的影响。

This paper presents the development of nuclear techniques in searching for groundwater since 1974 . The excellent results have been described .

利用这种方法可以预测含水构造的存在、位置，甚至可以预测出含水量的多少。

Using this method , we can predict the presence of moisture structure , the location , and even predict the water content .

结果表明，井中瞬变电磁法具有定向性（方位性）好、探测距离大等突出优点，是矿井超前探测含水构造的有效方法。

The research indicated that the transient electromagnetic method is effective for detecting water-bearing structure of advanced face , being of fine direction and long distance detecting .

巷道掘进前方隐伏的导、含水构造极易造成矿井突水事故的发生，对煤矿的安全生产构成了极大的威胁。

Buried water conducting passages and water-bearing structures before the roadway drivage face may easily lead to water bursts in coal mines , greatly affecting the safety and efficiency in coal mine production .

本文介绍了钋法探测煤矿含水构造的特点、探测原理、工作方法以及实际运用效果。

The characteristics of surveying method of water-bearing structure in coal mine by using polonium-210 . The principle and the operating methods , as well as its practical results are included in this paper .

首先从理论上说明该方法对含水构造的电性特征有明显的反映，并研究了综合曲线分析法和层析成像法在资料解释中的应用。

First the article expounds this method has obvious reflection to electrical property of the hydrated structure from the theory , and then discusses the application of synthesis curve method and tomography in data explanation .

在煤矿生产掘进时，前方未知的导、含水构造、废弃充水巷道及含水老空区极易造成煤矿矿井突水事故的发生，对矿工的生命安全及煤矿的安全生产构成了极大的威胁。

In the production of the coal mine tunneling , water-bearing structure and goaf with water hidden in front often lead to mine water inrush accidents , which pose a great threat to coal mine safety production and the safety of workers .

无线电波透视法主要应用于探测煤层内异常构造（如陷落柱、断层、煤层变薄区等），本文则重点介绍了无线电波透视法在探测煤层内隐伏导、含水构造异常的应用情况。

Radio-wave penetration method is mainly applied to detect the abnormity structures ( collapse column , fault and thin coal layer area etc ), and this paper puts emphases on introducing the use of the radio-wave penetration method in exploring the crytic hydrated structure in coal layer .

文中根据通过较大含水构造巷道的施工实例，分析了通过含水构造的方法，提出了解决该类问题的途径和需注意的问题，为解决类似问题提供了借鉴经验。

Based on an example of getting through water bearing structure , in the course of tunneling , this paper makes an analysis of the methods of getting through water bearing structure , and puts forward the ways to solve such kind problems which can be used for reference .

该方法在探测隐伏含水陷落柱构造方面也有较好的应用前景。

This method also has wide prospects in detecting the structure of the collapsed column .

因此如何探测采煤工作面含水异常体构造及其空间分布形态，找寻异常体物性差异，成为当前亟待解决的课题。

So how to detect the structure and spatial distribution feature of abnormal water-bearing body in working face and find difference of physical properties of abnormal body becomes task to be solved nowadays .

局部构造与小范围内油水分布密切相关。相对构造高位以含油为主，相对构造低位则以含水为主。局部构造洼地往往油气富集很差。

Part structure is closely-related with the local water-oil distribution : relative structural high produce oil and relative structural low produce water .

复杂断块油藏进入高含水后期，位于构造高部位的阁楼油难以经济而有效地开发。

In the late high water cut stage of complex fault block reservoir , the attic oil at the high point of the structure is difficult to be developed economically and effectively .

模拟试验证明该方法用于煤矿井下超前探测具有较好的地球物理基础，视电阻率参数可以用来区分含水与非含水构造；

The model experiment has proved the geophysical foundation of this method that will be used in underground is existing , apparent resistivity can be used to distinguish between water-bearing structrures and not ones .