岩爆是深井开采中的主要灾害之一。
Rockburst is one of the disasters in the course of deep deposit exploitation.
方案的实施为国内深井开采通风降温技术提出了一条比较有效的途径。
The implementation of the optimized design scheme has provided an effective way for the ventilation and temperature lowering in the deep mining in China.
介绍深井开采的岩石力学问题及深井灾害的特点、灾害控制新思路、决策技术。
The rock mechanical features and disasters characteristic concerning deep mining, novel disaster control measures and decision-making technology are described.
深井开采；热害治理；高压水回收利用；超长热管技术；无人开采模式；
Deep mining; Heat harm control; Recovery and utilization of high pressure water; Long heat pipe technology; Unmanned mining mode;
这对我国缓倾斜薄矿脉的矿山深井开采支护设备的引进和改造，将有一定的参考借鉴作用。
It can be used for reference for the import and remoulding of supporting equipments of deep well mining of narrow and gentle dip vein.
本文参照了南非金矿的开采经验，回顾了深井矿山充填料输送系统的演变过程；
The evolution of backfill disrtribution systems for deep mines is examined with reference to South African gold mining experience.
深井软岩巷道底鼓是常见的变形和破坏形式，如何有效、经济的控制底鼓是深部开采急需解决的问题。
Floor heave is familiar distortion and damage form in deep soft rock roadway, how to control floor heave effectively and economically is an urgent problem.
随着矿井开采深度的增加，井下的热害日趋严重，尤其对于深井条件下，降温工作就成了安全工作极为重要的内容。
With the increase of mining depth, the underground heat harm becomes more serious. Especially for deep shaft conditions, the temperature lowering has become a very important content in safety work.
随着油田开采的不断深入，应用于深井、超深井的套管经常发生偏磨现象。
The casing eccentric wear often occurred in deep and ultra deep well exploitation.
结合国外某深井高温金铜矿山的开采条件，综合权衡各种因素确定其热害治理方案。
Combining with mining conditions in a foreign deep gold-copper mine with high temperature, the control schemes for heat-harm are determined by weighing various factors comprehensively.
随着开采深度的增加，深井巷道围岩的稳定性也发生了变化。
With mining depth increase the country rock stability has also a change.
随着开采深度的增加，深井巷道围岩的稳定性也发生了变化。
With mining depth increase the country rock stability has also a change.
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