1) underground trackless mining vehicle
地下无轨采矿车辆
1.
Discussion on design of the driver's seat for underground trackless mining vehicles
地下无轨采矿车辆司机座位的设计探讨
2) Trackless vehicles
无轨车辆
3) trackless mining
无轨采矿
1.
Through utilizing mathematical model analysis to determine and optimum stope structure parameters,trackless mining equipments associated working,using smooth wall blasting technique to maintenance stope roof and using sound emission position fixing system to tracking and monitoring roof,the difficuh orebody was mined safely and efficiently.
介绍了盘区机械化高效采矿方法,通过采用数模分析方法确定和优化采场结构参数、无轨采矿设备配套作业、光面崩矿技术和多种手段联合维护采场项板、声发射定位预报系统动态跟踪监测顶板安全等综合配套工艺,实现了倾斜多变难采矿体的安全、高效、低成本开采。
2.
According to the pit arrangement features of trackless mining uranium mine,based on the fundamental of radon permeation and control,and analysis of radon pollution characteristics and radon eduction,the design principle of ventilation system in trackless mining uranium mine has been raised.
针对无轨采矿铀矿山的井巷布置特点 ,通过分析无轨采矿铀矿山通风特点及氡污染特征和氡析出规律 ,根据氡渗流与控氡通风原理 ,初步提出了无轨采矿铀矿山通风系统设计原则。
4) underground mining
地下采矿
1.
With the development of depth in underground mining,the controlling of ground pressure is becoming more and more important.
结合地下采矿工程地压监控的需要,根据矿山的地压活动特点,提出采用远程地压监控技术来对矿山地压进行研究。
2.
The process of the land subsidence caused by underground mining is complicated and systematicness.
地下采矿导致地面沉陷的过程是一个复杂的系统性问题,准确预测因采矿导致的地面沉陷发展趋势,对于规避其危害具有重要的现实意义。
3.
The analysis of 3D elasto-plastic FEM is introduced for calculating the deformation of the ground surface caused by underground mining under thick rock overburden.
介绍了在厚覆盖岩层条件下,确定地下采矿引起地表变形特征的三维有限元弹塑性计算分析工作。
5) Trackless electric-driven vehicle
电动无轨车辆
6) Trackless service vehicle
无轨辅助车辆
补充资料：地下
1.地面以下;地层内部。 2.谓政党﹑团体等处于非法﹑秘密活动状态。 3.指阴间。 4.地面上。
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