1) strip mining
条状开采法
2) strip mining
条带法开采
1.
Study on strip mining size under thick alluvium and thin bedrock;
厚松散层薄基岩条带法开采采留尺度研究
3) strip pillar mining
条带开采
1.
Prediction and evaluation on building damages of strip pillar mining under villages;
村庄下条带开采对地表建筑的影响预测及评价
2.
Determination of surface subsidence prediction parameters for strip pillar mining
条带开采地表沉陷预计参数的确定
3.
Based on the specific geological and mining conditions and the status of Nanying buildings,the results show that it is feasible and reasonable to extract the coal reserves under village using strip pillar mining method in this coal mine,and the strip pillar mining plans and their parameters were presented.
根据铁生沟煤矿地质采矿条件及南营村建筑物现状,对开采技术进行了分析,南营村建筑物下压煤采用条带法开采在技术上可行、经济上合理,并给出了条带开采方案及其参数。
4) strip-partial mining
条带开采
1.
Research on surface movement parameters of strip-partial mining;
条带开采地表移动参数研究
2.
Coal pillar stability of deep and high seam strip-partial mining;
深部厚煤层条带开采煤柱的稳定性
3.
Whether the strip coal pillar is stable or not is one of the key problems of strip-partial mining.
条带开采煤柱的稳定与否是条带开采成败的关键。
5) mining condition
开采条件
1.
Through analysing the geologic condition and deposit formation,scientific and reasonable selection first mining section in the process of second phase enlarging constructing design and achieving mining fill equilibrium in the process of mine production are put forward on the basis of the mining condition of Zhangmatun Iron Mine.
文章分析了张马屯铁矿的水文地质条件和矿体形态，根据矿床开采条件提出了二期扩建工程设计中应科学合理地选择首采地段，并努力实现矿山生产的采充平
2.
The mining condition in underground mine is an important factor to design and produce.
矿井开采条件是影响煤矿设计和生产的重要因素，它是一个由多个子因素组成的综合指标。
3.
Based on the variable fuzzy collection theory,a new safety evaluation model of the mining conditions in the mine,a fuzzy identification model,was established.
以可变模糊集理论为基础,建立一种新的煤矿开采条件安全评价模型——模糊可辨识模型,详细论述了模型建模过程。
6) strip mining
条带开采
1.
Dimension design of coal pillar with weak plane in strip mining;
条带开采中含弱面的煤柱尺寸设计
2.
Deformation features of a roadway affected by strip mining;
条带开采中巷道的变形规律
3.
Numerical simulation of overlying strata and ground movement value induced by strip mining below thin bedrocks;
薄基岩条带开采覆岩与地表移动数值模拟研究
补充资料：坑道开采法
分子式：
CAS号：
性质：又称坑道开采法，矿井开采法，简称坑采。一种从地面开掘一系列井巷通至地下矿床，形成一个完整的开拓系统(包括提升、运输、通风、排水、供电、供气、供水等生产井巷)，然后开凿采准和回采巷道，采出矿石运至地面矿仓或堆场的开采方法。简言之，即用地下坑道开采矿产的方法。一般适于开采矿体埋藏较深，在技术上难于露天开采的矿床。
CAS号：
性质：又称坑道开采法，矿井开采法，简称坑采。一种从地面开掘一系列井巷通至地下矿床，形成一个完整的开拓系统(包括提升、运输、通风、排水、供电、供气、供水等生产井巷)，然后开凿采准和回采巷道，采出矿石运至地面矿仓或堆场的开采方法。简言之，即用地下坑道开采矿产的方法。一般适于开采矿体埋藏较深，在技术上难于露天开采的矿床。
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