全尾充填是现代充填技术尚未很好解决的一项技术问题。
Filling by all fine-grained mill tailing is a technical problem unsolved in the modern filling technology.
本文介绍了铜绿山矿全尾砂高水固化充填试验工艺，以及利用该技术实现底柱采场充填接项的试验研究。
Testing and study on utilizing this technology for tightened filling in sill stope in Tonglushan Mine are presented in this paper.
由于胶结充填体作为采场顶板，故胶结体的稳定性研究是矿山生产技术的一项关键工作。
Since the cemented backfill body is to be the top tray, so the research of cemented stability should be the key point of mining production technology.
速凝无脱水全尾砂胶结充填是目前新开发的一项充填技术。
Quick-setting, non-dewatered and cemented full tailings filling is a newly-developed filling technology at present.
充填环管试验是采用充填工艺(干式充填除外)的矿山设计前进行的一项必要工作，旨在获得充填工艺流程的流体流变参数，作为设计的依据。
In order to obtain the rheological and fluent parameter of filling techniques as designing basis, the filling paste round-pipe-test is a necessary work.
充填环管试验是采用充填工艺(干式充填除外)的矿山设计前进行的一项必要工作，旨在获得充填工艺流程的流体流变参数，作为设计的依据。
In order to obtain the rheological and fluent parameter of filling techniques as designing basis, the filling paste round-pipe-test is a necessary work.
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