3) water-accumulating gob
积水采空区
1.
Transient electromagnetic method(TEM) has special advantage and evident result as an approach for detection of water-accumulating gob.
瞬变电磁法(TEM)作为积水采空区的一种探测手段,有着独特优势和显著效果。
4) water-accumulated areas in mine gobs
煤矿采空积水区
1.
Exploration of water-accumulated areas in mine gobs is more difficult generally,but we can fully utilize the characteristics of sensitive responsivity and high resolution to low resistivity geological body that the transient electromagnetic method has,to make an effective detection on water-accumulated areas in mine gobs based on fine processing and analysis.
探测煤矿采空积水区通常较难,但可以充分利用瞬变电磁法对低阻地质体反应灵敏和分辨率高的特点,通过精细处理和分析研究,从而有效地探测采空积水区。
5) accumulated water in goaf areas
采空积水
1.
On the basis of investigation for the accumulated water in goaf areas in the Tongxin mine field,occurrence of the accumulated water in goaf areas is examined in this paper.
本文依据井田范围内采空积水调查资料,探讨了采空积水的贮存分布规律,并采用冒落带及导水裂隙带最大高度的计算方法,预测了未来开采下伏可采煤层造成的漏水灾害区。
6) water in goaf
采空区水
1.
Analyzing on the technical methods of drawing off water in goaf;
采空区水体探放的技术方法浅析
补充资料：积水
分子式：
CAS号：
性质：又称蓄水。是一种蓄积起来的水体。例如水池中的水，水坝所圈闭的水，用水闸及围堤拦住的水体等。
CAS号：
性质：又称蓄水。是一种蓄积起来的水体。例如水池中的水，水坝所圈闭的水，用水闸及围堤拦住的水体等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条