英语释义

1. a usually steplike excavation underground for the removal of ore that is formed as the ore is mined in successive layers

片语

stope board采矿场凿巖台

bottom stope下向梯段工祖

back stope上向梯段回采工祖

filled stope充填回采工祖

stope support回采工祖支架

filling stope充填回采工祖

heading stope巷道回采工作面，采矿工作面

underhand stope下向梯段工祖

overhand stope[矿业] 上行梯段回采工作面

英汉例句

• adopting rational stope structure parameters is an important measure to exploit the deep deposit safely and to guard against the terra-pressure damages.

  采用合理的采场结构参数是实现深部矿体安全高效开采及控制地压危害的重要措施。

• correctness of the mining method and stope structural parameters is one of the key factors in determining the economically reasonable development of underground deposits.

  采矿方法和采场结构参数的正确与否是确定经济合理开发地下矿床的关键因素之一。

• the mode for evaluating stope reliability built here can not only be used for the stopes of non-coal mines, but also for all sorts of mines.

  所建立的采场可靠性模糊综合评价模式，不仅适用于非煤矿山采场，而且适用于各种类型的矿山采场。

• this study provide certain theoretical basis and reference for the theory and practical application of the optimization of stope structure parameters.

  该研究为采场结构参数的理论优化及实际应用提供一定的理论依据与参考。

• continuous mining for ore drawing and hauling in stope is one of the important achievements in the research area of continuous mining technology in china.

  采场出矿运矿连续作业，是近年来我国在连续工艺技术研究领域中所取得的重大成果之一。

• the crown pillar of stope is permanent loss and not recoverable, while sill pillar and barrier pillar shall be recovered after the ore drawing work is completed.

  采场的顶柱作为永久矿柱损失，采场底柱、间柱等采场大量放矿完毕后，一次性进行回收。

• lots of application in fact showed that shock wave exploration technology would have wide prospect from exploition of underground engineer and stope forming to management after mining.

  实际应用说明，震波探测技术从地下工程的开拓掘进、采场形成到采后管理等过程中有着广泛的应用前景。

• a test calculation of the stope slope in shenfu dongsheng and jungar coal fields by using this method gives a more safety reserve of the slope .

  本方法经神府-东胜及準格尔煤田采场斜坡验算，得知两煤田采场斜坡还有较大的安全储备。

• as daihe coal mine stope and often face a lack of time for the equipment.

  岱河煤矿是衰老矿井，由于受采场限制，常常出现没有时间装面的情况。

• some experiences on stope roof management in metal underground mine are introduced.

  介绍金属地下矿山采场顶板管理的几点经验。

• the sound emission characteristics and the causes for incorrect prediction of the stope roof fall at tonglushan mine were analysed.

  对铜绿山矿采场冒顶的声发射特征和预报不準的原因进行了分析。

• the measure to confirm the reasonable filling time and the geometrical dimension of stope is given from the point of view of the security of production.

  并从安全生产的角度，提出了合理的充填次数和采场几何尺寸的确定方法；

• the monitoring technique of rock mass acoustic emission is of wide use in the stope stability. a grey model gm(1.1) for scientific forecasting was presented in this paper.

  巖体声发射监测技术已广泛应用于采场稳定性研究中，文中提出了能进行科学预报的灰色gm（1．1）模型。

• based on the spatial analysis method of elasticity mechanics, the relation between the shape of the plane stope and horizontal construction stress was analysed.

  利用弹性力学的空间分析方法分析了采场平面形状与水平构造应力之间的关系。

• the principle and methods to determine the reasonable thickness of melting layer and stope area are introduced here emphatically.

  文中还着重介绍了融化层合理厚度和所必须采场面积的确定原则和方法。

• based on practices of some mines, the method of rock mechanics analysis suitable for design of structural parameters of stope is introduced.

  提出了适用于矿山开采设计采场结构尺寸巖石力学分析方法，并通过相关矿山实例加以论述。

• in order to solve the problem about lack of tailings for back-filling in xinhui gold mine, the technology on mining of tailings in open pit for underground stope back-filling is investigated.

  为解决鑫汇金矿矿山充填尾砂不足和减轻尾砂对环境的污染，研究将原堆放于露天坑的尾砂采出充填井下采场的工艺。

• stope rock-fall is the main style of safety accidents in underground metal mine.

  采场冒落是金属矿地下开采安全事故的主要形式。

• the system has been tested out in a flat stope model and the results were good.

  该系统曾用于扁平型采场模型内风速分布的测定，结果令人满意。

• water drainage in hollow open pit stope is a key link of production.

  凹陷露天采场排水是一个十分重要的生产工艺环节。

• its test results have shown an improved ventilation, controlled stope self combustion and less ground pressure activity.

  实验结果表明该方法通风效果改善，采场自燃得到控制，地压活动减少。

• after entering deep mining in fujia mine, the orebody becomed small, stope layer transition increased, and productive capacity decreased.

  富家矿转入深部开采以后，矿体变小，采场转层次数频繁，生产能力降低。