To the solution mining in-sit, the voidage of dissolved glauberite is a crucial factor.
水溶过程中矿石的空隙度是确定该矿床能否采用原地水溶开采方法开采的决定性因素。
The prospects on application of biohydrometallurgy to solution mining is also discussed.
并展望了生物湿法冶金应用于溶液采矿的前景。
In this paper, the history and current practice of solution mining in China are presented.
本文阐述了我国溶浸采矿实践的历史和现状。
This paper briefly introduces the results from primary research on solution mining of 5401 remnant ore.
本文简要地介绍了本溶浸研究组对5401残矿溶浸采矿初步研究结果。
To implement CIM technology in salt solution mining is the need of technology progress in continuous process.
在岩盐水溶开采生产中实施CIM技术是连续型生产过程技术进步的需要。
As salt minerals are easily dissolved in water, solution mining method is commonly adopted for salt deposits mining.
由于盐类矿物易溶于水的特性，对盐类矿床的开采常采用水溶开采的方法。
The rules of the solution mining subsidence are got. The evolution rules and equation of damage in overburden are got.
获得了岩盐水溶开采沉陷的一般规律，得到了岩层宏观损伤演化规律及方程。
The underground salt cavity created by solution mining used for storage has great advantages over other storage methods.
利用水溶开采技术建造的地下岩盐溶腔用于存储与其它存储方法相比具有很大的优势。
The article expounds current situations and effects of combining solution mining (ie underground leaching) with traditional process of overseas underground mines.
阐述了地下采矿的溶浸工艺(简称地浸工艺)与传统工艺在国外的联合应用状况。
Currently in the whole world, Beypazari trona solution project is the largest mining engineering with the methods of solution mining and intersected well drilling.
土耳其贝帕扎里天然碱矿采卤工程是目前世界范围内采用对接井水溶开采方法进行采矿的最大规模的天然碱采矿工程。
According to the unstable status of solution mining in the last period, the remedy well, No. 146, has been drilled in the large area of connecting cavities for miming.
针对岩盐水溶开采后期生产不稳定的状况，在大面积连通采区溶腔内钻成了一眼补救井—146井。
If this technology is applied in rock salt drilling with solution mining, it will get remarkable economic benefit and meanwhile it will increase EOR and obtain good social benefit.
该技术若应用在岩盐钻井水溶采矿中将会获得良好的经济效益，同时也必将提高采矿率，获得良好的社会效益。
Proper layout of water extracting and filling method of solution mining in tunnel cavern can improve and guarantee the brine production capacity and security production in the middle level.
在硐室水溶中，抽灌水方式的合理布置，可以提高和保障中段产卤能力和安全生产。
Solution mining; Kinetics of reaction; Evolution of pore structure;
溶浸采矿；反应动力学；孔隙结构演化；
Solution mining; Kinetics of reaction; Evolution of pore structure;
溶浸采矿；反应动力学；孔隙结构演化；
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