uranium deposit underground leaching 铀矿床地下浸出
Underground leaching mining technology 地下溶浸采矿技术
underground leaching process 溶浸工艺
in-situ underground leaching 就地破碎浸出
Deposit for underground leaching 地浸矿床
uranium m deposit underground leaching 铀矿床地下浸出
underground mine leaching 地下溶浸采矿
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。
These reactions could be carried out in industrial-scale bioreactors, large leaching piles, or in situ underground.
这些反应可以在大规模生物反应，大淋滤基桩或原位地下进行。
When in underground mine leaching, in order to improve permeability of heap leaching, speed up leaching and improve leaching effectiveness, ore should be blasted to certain fragmentation.
在地下溶浸采矿中，为了改善受浸矿堆的渗透性，加快浸出速度，提高浸出效果，需将矿岩爆破至一定的块度。
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