板岩

基本解释 (translations)

slate  ·  killas  ·  slated  ·  slates  ·  callys

与板岩相关的网络例句 [注：此内容来源于网络，仅供参考]

Visitors can travel on the Miners' Tramway or descend into the Deep Mine, via a funicular railway which uses an old incline, to explore this former slate mine and learn how slate was extracted and processed and about the lives of the miners.

游客可以乘坐火车在矿工轨道（Miners' Tramway）上游览，也可以乘坐索道车通过古老的货运斜坡，缓缓下到Deep矿井深处，探索曾经的板岩矿井，了解板岩是如何被开采和加工，并了解矿工们的生活。

Water-rock interaction demonstrates that, a gold-boring formation , i. e., a set of light metamorphic clastic gritstone, sandy slate, and tuffaceous slate in Wuqiang Runnel Formation, Ban Stream Group, act as the source of gold deposits in South-West Hunan. The gold is originally derived from volcanic eruption materials in Wuling-Xuefeng period; for the typical single gold deposit such as Mobin, which is short of sulphide, chlorine is very important in the metallogenic process; sulphur and chlorine perform as the major negative ions to form complex ions with Au throughout the gold activation and migration movement. The complex ion of chlorine and gold may keep stable in a wide range of temperature; the physical-chemical conditions in typical geothermal fluid system are of deciding significance for gold activation, migration and precipitation.

特定体系的水岩实验证实了漠滨及整个湘西南金矿的成矿元素Au和伴生元素主要源于赋矿围岩-板溪群五强溪组的一套浅变质碎屑砂岩、砂质板岩和凝灰质板岩；首次突破传统认识，证明氯在中低温热液体系中能与Au形成稳定络合物的形式进行运移，因此氯在本区Au成矿过程中起着相当重要的作用；成矿热液流体中Au主要以金硫、金氯络合物形式在溶液中迁移，阴离子∑S、Cl〓对金的活化、迁移及沉淀起主导作用，Au的伴生元素As、Sb在热液体系中与Au形成金锑、金砷络合物有利于金的进一步活化、迁移及沉淀；中低温热液流体成矿过程中，体系的物理化学参数对Au的活化、迁移及沉淀富集起决定性作用。

L Slate - Soil type that is the most common found in the Mosel region that is a dark gray, plate like rock that formed when clay, shale, siltstone and other sediments are subjected to pressure.

l 板岩-一种深灰色、扁平状的岩石，由粘土、泥板岩、泥沙岩和其他沉淀物受压力形成。在默塞尔地区非常常见。

For giving an explaintion of strong transmogrification but feebleness metamorphism of and their corresponding relation of the Triassic stratum in Songpan-Ganzi area and opening out the temperature and stress condition, this paper summarized study production of predecessors, and put forward 5 conclusions about Songpan-Ganzi area Triassic main lithology(slate, sandrock,and blastopsammitic) through field geological investigation , actual measurement section plane study and combining indoor slice identification , electron probing and fluid enclosure testing analysis:1.Field outcrop strongly transmogrification, and often developed same cleavages(S1) erection or approximately erection 'B'fold and symmetry similituded fold. 2.The metamorphosed mineral combination is simple, and the typical metamorphosed mineral combination is Al+Chl+Ser+Cc+Q, etc. The metamorphosed mineral develops mainly along the cleavages of the territorial cleavages faces(S1), bearing territorial dynamic metamorphism character and belonging to the lawsonite-albite-chlorite face of slightly metamorphism. 3.Territorial metamorphism P-T change focus on T:180～200oC, P:1～2kbar

为了对松潘-甘孜地区三叠系强变形浅变质的特征及变质与变形的对应关系作出解释，揭示变质与变形的温-压条件，本论文总结前人研究成果，通过野外地质调查和实测剖面研究，结合室内薄片鉴定、电子探针和流体包裹体测试分析，对松潘-甘孜地区三叠系主体岩性(板岩、砂板岩、变质砂岩及千枚岩)的变质作用得出5 个认识结论：1、整个松潘-甘孜地区经受了自北向南的强大挤压；2、变质矿物组合简单，除雏晶黑云母外，典型的变质矿物组合为Al+Chl+Ser+Cc+Q等，变质矿物主要沿区域性劈理面(S1)的劈理域发育，具有区域动力变质作用特征，属于低级变质作用中的硬柱石-钠长石-绿泥石相；3、区域变质作用P-T 变化集中在T：180～200oC，P：1～2kbar

Based on the above research, we analyzed regional metallogenic conditions from geology, geophysics and geochemistry. Considering regional strata, some source beds with ore-bearing strata controlled apparently metallogenesis. The strata contained hydrothermal siliceous rock or siliceous albitite ether formed some favorable source beds and established substantial foundation for later diplogenetic metallogenesis e.g.

从区域地层上来看，含特殊层位的矿源层对成矿有明显的控制作用，其中含热水沉积成因的硅质岩或硅质钠长质岩的地层或形成有利的矿源岩，为后期叠生成矿奠定物质基础，或直接形成工业矿床；另外，区内黑色页岩（包括碳质板岩、碳质泥岩、碳质页岩和含碳钙质板岩等）也是很好的矿源层。

Under the tectonic dynam ics of beded uncoaxial shear, the rocks produced deformation partitioning to for m the strong-deformation zone consisting of pelitic tectonic slate and the weak- deformation domain consisting of sandy tectonic slate respectively.

带内岩石在非共轴顺层剪切构造动力作用下发生变形分解，形成泥质构造板岩强变形带和砂质构造板岩弱变形域。

The museum has the largest working water wheel in the United Kingdom, which is available for viewing via several walkways, and a restored incline formerly used to carry slate waggons uphill and downhill.

穿过几段小路可以看到博物馆内保存的当今英国最大的可运转水车，和一段被复原的斜坡，过去装运板岩的货车就靠这样的斜坡上上下下运送板岩。

Company to providing our customers with quality low-cost natural culture stone, natural slate, green slate, blackboards, rock, rust slate, tile slate, white slate, green slate, yellow slate, matte board, furniture board, arbitrary-shaped board, the size of mushroom colored, flat stone, slate mosaics, natural slate, slate and other material edges.

公 司能向广大客户提供优质价廉的天然文化石，天然板岩、青板岩、黑板岩、锈板岩、瓦板岩、白板岩、绿板岩、黄板岩、亚光板、家具板、乱形板、各色大小蘑菇石、平板石、板岩马赛克、天然板岩、毛边料等多种板岩。

Based on the structural characteristics of single roof key stratum in shallow seam longwall face, the structural model of the roof key stratum in a state of plasticity is established.

针对浅埋煤层单一关键层长壁开采时顶板岩体结构的破断特征，建立了顶板岩体关键层塑性状态下的结构模型。

In 1875 he turned his attention to the production of a school slate, and succeeded in producing the finest slate ever put upon the market, together with special machinery for making it.

在1875年他把他注意生产一所学校的板岩，并成功地在生产最优秀的板岩以往任何时候都提出后，市场，再加上特殊的机械制造。

与板岩相关的网络解释 [注：此内容来源于网络，仅供参考]

argillaceous slate：泥板岩

argillaceous sandstone 泥质砂岩 | argillaceous slate 泥板岩 | argillite 泥质板岩

argillaceous slate：泥板岩, 粘土板岩

argillaceous sandstone 泥质砂岩 | argillaceous slate 泥板岩, 粘土板岩 | argillite 泥质板岩

argillite：泥质板岩

argillaceous slate 泥板岩 | argillite 泥质板岩 | argon 氩

u Argillite：(泥质板岩、厚层泥岩)

u Slate(板岩) | u Argillite(泥质板岩、厚层泥岩) | u Sedimentary rock (沉积岩)

argillite","argl：厚层泥岩,泥质板岩,粘板岩

195,"alluvium","al ","冲积层(土),泥砂" | 196,"argillite","argl","厚层泥岩,泥质板岩,粘板岩" | 197,"breccia","brec","角砾岩,角砾的"

slate blue：板岩暗蓝灰色

medium slate blue 适中的板岩暗蓝灰色7B68EE | slate blue 板岩暗蓝灰色6A5ACD | dark slate blue 深板岩暗蓝灰色483B8D

dark Slate blue：深板岩暗蓝灰色

slate blue 板岩暗蓝灰色6A5ACD | dark slate blue 深板岩暗蓝灰色483B8D | lavender 熏衣草花的淡紫色 E6E6FA

slate：板岩

摘要: 板岩(Slate)的简介: 板岩(Slate)是一种浅变质岩,由粘土质、粉砂质沉积岩或中酸性凝灰质岩石、沉凝灰岩经轻微变质作用形成,具板状构造的岩石. 板岩形成的温度和均向压力都不高,主要受应力作用的影响,是区域变质作用得低级产物.

slaty：板岩状

slattypeconveyer 平板输送机 平板运输机 | slaty 板岩状 | slatyclay 板岩质粘土 板岩状粘土

slaty clay：板岩质粘土,板岩状粘土

slatted-chain elevator 链板式升运器 | slaty clay 板岩质粘土,板岩状粘土 | slaty structure 板状结构