1.
Characteristics of sandstone water in 11-2 roof and floor of Liuzhuang colliery and prevention and control technology
刘庄煤矿11-2煤层顶、底板砂岩水特征与防治技术
2.
sedimentary rocks,eg sandstone,limestone,slate
沉积岩（如砂岩、石灰岩、板岩）.
3.
A variety of sandstone that is flexible when cut into thin slabs.
可弯砂岩当被切进薄石板时易弯曲的一种砂岩
4.
An evenly layered sedimentary rock that can be split into paving stones.
薄砂层岩，板层砂岩一种有整齐分层的能打砸成铺路石的水成岩
5.
Study on Influencing Factors Caused by Bottom Water Coning in Sandstone Gas Reservoir with Bottom-water
底水锥进对砂岩底水气藏开发效果的影响
6.
Favorable reservoirs may be composed of sandstones, conglomerates basement metamorphic buried hills, and volcanic rocks.
砂岩、砾岩、基底变质岩潜山，火山岩均可形成良好储层。
7.
The cardium sandstone is lithic, being composed of grains of chert, quartz, quartzite, silicified argillite, and other rock fragments.
卡迪砂岩是岩屑砂岩，由燧石，石英、石英岩、硅化泥板岩和其它岩石碎屑颗粒所组成。
8.
a soft sandstone used for scrubbing the decks of a ship.
一种软质砂岩，用于洗磨船的甲板。
9.
Anisotropic Properties of Sandstone and Slate at Lianghekou Hydropower Station
两河口水电站砂、板岩各向异性的研究
10.
Control on rock friction sparks and heating-up of sandstone roof in a coal mine
抑制煤矿砂岩顶板岩石摩擦火花和升温
11.
Stability study of tunnel with interbedded sand slate rock in west route of South-to-North water diversion
南水北调西线隧洞砂板岩互层围岩稳定性研究
12.
lithic arkosic wacke
岩屑长石砂岩质杂砂岩
13.
The host rocks of Zhaishang Au deposit are mainly argillic, calc and carbonaceous slates and silty sandstone.
寨上金矿区赋矿岩石主要为泥质、钙质、碳质板岩、粉砂岩等。
14.
The detection of Hydrous quality about roof sandstone by mine transient electromagnetic method
顶板砂岩富水性的矿井瞬变电磁法探测
15.
Surface condition of plates before shot blasting and priming.
板材在喷砂处理和涂装底漆之前的表面状况。
16.
Study of Drainage for Limestone Water of Coal Floor Based on Visual Modflow
基于Visual Modflow煤层底板灰岩水疏放性研究
17.
The selecting type of the support and roof control in soft rock coal seam floor
软岩底板煤层支架选型及顶板控制研究
18.
A TENTATIVE APPROACH TO CONTROL OF BASEMENT STRUCTURE OF DEPRESSED LAKEBASIN OF CENOZOIC ERA OVER SANDSTONE-TYPED COPPER 0RE IN CENTRAL YUNNAN PROVINCE
滇中中、新生代断陷湖盆的基底构造对砂岩铜矿控制的探讨