1) roadway caving mining
巷柱式放顶煤
1.
A mechanics model of top coal is built up according to the roadway layout manner of roadway caving mining in 3.
5~10m大倾角煤层巷柱式放顶煤开采巷道布置方式,建立顶煤体力学模型。
2) combin gateway and pillar with fully mechanized top cawing mining
巷柱-综采放顶煤
1.
Refencing these advantages which are fully mechanized top cawing mining and gateway and pillar top coal caving for steep inclined thick or special thick seam in China , from that, the paper put forward a combin gateway and pillar with fully mechanized top cawing mining technology in steep inclined special thick seam with a thickness form 10 to 20 m.
综合我国急倾斜煤层水平分层综采放顶煤和水平分段巷柱式放顶煤两种采煤方法的技术优点,提出在厚度10~20m的急倾斜煤层内使用"巷柱-综采放顶煤"开采技术。
3) top coal drawing with non chain pillar entry protection
放顶煤无煤柱护巷
1.
Based on the method of finite element orthogonal test,this paper designs the experimental scheme and gives numerical model of top coal drawing with non chain pillar entry protection.
根据有限元正交试验法，设计了有限元正交试验方案，建立了放顶煤无煤柱护巷的数值模型；通过对计算结果分析，得出放顶煤无煤柱开采沿空巷道的布置参数和支护形式，可为放顶煤无煤柱护巷提供理论依
4) roadway sub-level caving
巷道放顶煤
1.
The model computer simulation for roadway sub-level caving of steep medium thickness～thick seem was set ip on the basis of industrial test It is simulated that the recovery rate of roof coal was influenced by the thickness of seam, the height of caving level and the distance of chute Thus, the optimal height of caving level was determine
在工业性试验的基础上建立了急倾斜中厚－厚煤层巷道放顶煤计算机模拟模型，模拟了煤厚、分段高度、放煤口距离对顶煤回收率的影响，确定了不同煤厚的分段高
5) roadway caving
巷道放顶煤
1.
On the basis of industry test,this paper analyses mining feasibility of applying roadway caving method and caving broken mechanism in high gas steeply indined medium coal seams.
在工业性试验的基础上 ,分析了在高瓦斯急倾斜中厚煤层中应用巷道放顶煤法开采的可行性和顶煤的破碎机理。
2.
Applying systematic reliability theory, the mathematical model on the reliability of the production system of roadway caving in steep medium-thickness and hish seam is set up, and the calculating formulas of the effectiveness and production ability of this system are also given.
本文应用系统可靠性理论，建立了急倾斜中厚-厚煤层巷道放顶煤生产系统的可靠性数学模型，给出了系统可用度和生产能力的计算公式，并对梅田六矿试验区生产系统进行了可靠性分析。
6) pillar mining
巷柱式采煤
补充资料：柱式
柱式
一种建筑结构的样式。它的基本单位由柱和檐构成。柱可分为柱础、柱身、柱头（柱帽）三部分。由于各部分尺寸、比例、形状的不同，加上柱身处理和装饰花纹的各异，而形成各不相同的柱子样式。古典柱式是西方古典建筑的重要造型手段。典型的古典柱式包括希腊时期的3种，共有5种：多立克式、爱奥尼克式、科林斯式、塔司干式、复合式。其中塔司干式和复合式是在前三种希借柱式的基础上发展起来的两种罗马柱式。多立克式柱身比例粗壮，由下而上逐渐缩小，柱子高度为底径的4-6倍。柱知刻有凹圆槽，槽背成棱角，柱头比较简单，无花纹，没有柱础而直接立在台基上檐部高度的比例为1：4，柱间距约为柱么匠1.2至1.5倍。爱奥尼克式的柱身比例修长，上下比例变化不显著，柱子高度为底径的9至10倍，柱身刻有凹圆槽，槽背呈带状，有多层的柱础，檐部高度与柱高的比例为1：5，柱间距为柱径的2倍。科林斯工除了柱头如盛满卷草花篮的纹饰外，其它各部分与爱奥尼克式相同。塔司干式的柱身比例较粗，无圆槽、有柱础的一种简单柱式。复合式则在科林斯式柱头上加上一对爱奥尼式的涡卷，柱式趋向华丽、细密、纤巧和豪华。
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