采场低压通风系统可同时解决这两个问题。
Low pressure ventilation system can solve these two problems.
并在采场中埋设了地压观测仪器进行日常观测。
Ground pressure monitoring devices were put into operation in the stope for daily observation.
边坡稳定是露天采场生产正常进行的基础保障。
Stability of side slope is the basic guarantee for normal production of the opencast stope.
因此，开展采场矿石自燃危险性评价意义重大。
Therefore, it is very significant to develop an effective risk assessment technique.
采场液流系统的研究是就地浸出的关键技术之一。
The liquid flow system of a stope is a key for stope leaching.
凹陷露天采场排水是一个十分重要的生产工艺环节。
Water drainage in hollow open pit stope is a key link of production.
本文阐述了在新形势下，启动自建采场的新思路、新办法。
The paper expatiates new opinion and new method for starting up oneself stope.
在此基础上，可以根据获得的现场资料，预测采场的稳定性。
Therefore, based on the field data obtained, stope stability can be forecasted.
针对白云鄂博铁矿东矿采场C区滑体现状及影响矿山生产程度。
The slip body in the C area of the east mine seriously influences the mining production.
对铜绿山矿采场冒顶的声发射特征和预报不准的原因进行了分析。
The sound emission characteristics and the causes for incorrect prediction of the stope roof fall at Tonglushan Mine were analysed.
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。
The system has been tested out in a flat stope model and the results were good.
本课题的内容是应力控制方法在采场围岩控制中应用的基础性研究。
This paper content is the basic research about stress control principle and its application in surrounding strata in stope.
这些模型可对连续矿体的单个或多个采场进行设计并完成经济分析。
These models are capable of designing and performing economic analysis for one or more stopes for a continuous orebody.
低品位复杂矿体由于其特殊的地质情况，采场管理工作显得尤其重要。
It is more important in mining a low-grade complex orebody due to its special geological conditions.
这些结果对合理分析粉尘监测数据，指导采场安全管理具有重要意义。
The result has an significant meaning in analyzing monitoring data in reason, and supervising the safety management of mining also.
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。
Its test results have shown an improved ventilation, controlled stope self combustion and less ground pressure activity.
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。
As Daihe Coal Mine stope and often face a lack of time for the equipment.
连续采矿法具有独特优越之处，但其全面拉开后采场的稳定性有待验证。
Therefore, continuous mining method is possessed of unique merits, yet the stability of stope after full opening waits to be proved.
优化采场技术先导，合理布置采场，优化采场参数，改造是极为重要的。
Stope optimization technology forerunner, the rational layout of the stope, stope parameter optimization, and upgrading is very important.
根据研究结果，确定了矿房布置方式、合理回采顺序和同时工作采场数量。
According to the research result the stope arrangement, reasonable stoping sequence and number of simultaneous working stopes are determined.
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。
After entering deep mining in Fujia mine, the orebody becomed small, stope layer transition increased, and productive capacity decreased.
文章就高阶段采场回采过程中为确保采场稳定对所采用的爆破技术进行阐述。
Blasting technologies to ensure the stope stability in the process of the stope mining are described in this paper.
矿井变电所作为井下各分采场的电力枢纽，是安全生产监管的主要对象之一。
As the hinge of electric power, the mine substation is one of the main objects that the safe production takes charge of.
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。
Based on the spatial analysis method of elasticity mechanics, the relation between the shape of the plane stope and horizontal construction stress was analysed.
对于阶段空场法，采矿系统设计主要包括采场结构参数、矿柱大小、回采顺序等。
To block stoping, mining system design mainly includes design of block parameter, design of pillar's dimension, design of ore drawing sequence.
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。
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。
Adopting rational stope structure parameters is an important measure to exploit the deep deposit safely and to guard against the terra-pressure damages.
采场控顶设计是顶板管理的关键因素，而顶板岩层的运动规律是采场控顶设计的依据。
The roof control design in mined field is the key to roof control and the movement rule of roof terrane is the basis of the roof control design.
采场控顶设计是顶板管理的关键因素，而顶板岩层的运动规律是采场控顶设计的依据。
The roof control design in mined field is the key to roof control and the movement rule of roof terrane is the basis of the roof control design.
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