1) No.4 Mine of Pingdingshan Coal Mine
平顶山四煤矿
2) Pingdingshan mine
平顶山煤矿
1.
he authors discuss the dissolubility of feldspar, quartz, kaolin and strontium carbonate in the area of No8 pit, Pingdingshan mine by using thermodynamic method.
应用热力学原理对平顶山煤矿八矿地层中的长石、石英、高岭土及碳酸锶在该区热力学条件下溶解的可能性进行了计算。
3) Pingdingshan coalfield
平顶山煤田
1.
Based on the elemental, maceral, micro-fracture, coal facies, liquid nitrogen adsorption/desorption and mercury injection analyses, the coalbed methane (CBM) geological characteristics, coal reservoir physical characteristics, CBM resources and its exploration and exploitation prospect in Pingdingshan coalfield were systematically studied.
通过对平顶山煤田采集煤样的煤质、煤岩显微组分、煤相、煤岩显微裂隙分析,低温氮比表面及孔隙结构和压汞孔隙结构测试,研究了该区的煤层气赋存地质条件、煤层气生气地质条件和煤储层物性特征。
2.
it is discovered that Guodishan fault in Pingdingshan coalfield is a syndepositional inheritable coal-control fault- It was active during coal-forming period.
研究表明,平顶山煤田锅底山断层是1个同沉积、继承性控煤断层。
4) Pingdingshan mining area
平顶山矿区
1.
Prediction and control of coal and gas outburst in Pingdingshan Mining Area;
平顶山矿区煤与瓦斯突出的预测及防治
2.
At first,the main affection of coal mining to environment was expounded in Pingdingshan mining area,and then,the process of the land use development and the situation of all the categories of the land use transformation in Pingdingshan mining area from 1994 to 2002 are quantitatively analyzed with the technique of RS.
首先阐述了煤炭开采对平顶山矿区生态环境的主要影响,然后利用RS技术定量分析了平顶山矿区1994~2002年土地利用动态变化过程,并求得研究区土地利用变化的转移矩阵,据此分析平顶山矿区1994~2002年间土地利用变化的空间过程。
5) Pingdingshan Mine Area
平顶山矿区
1.
A study of geothermal information management system for Pingdingshan Mine Area;
平顶山矿区地温信息管理系统研究
6) the eight coal mine in Pingdingshan
平顶山八矿
补充资料:四姑娘山
邛崃山主峰,四川省第2高峰。1981年中国对外开放山峰之一。藏名为"石骨拉柔达",意为大神山。位于四川省阿坝藏族自治州的汶州、小金和理县之间。由于在3.5平方公里距离内,接连有海拔分别为5672米、5700米、6250米和5664米的4座山峰挺立,故当地称之为四姑娘山。山脉近南北向,由砂岩、板岩、千枚岩、大理岩、石灰岩组成,附近并有花岗岩出露。上述岩性质地致密,在强烈的冰川和寒冻风化作用下,山峰尖削,呈金字塔形。山脉附近为现代冰川覆盖的山峰达20余座。四姑娘山地处四川盆地向青藏高原过渡地带,山体东陡西缓,东西自然景观差异巨大,东坡多雨湿润,基带为亚热带常绿阔叶林;西坡少雨干燥,属温带干旱河谷灌丛。东坡垂直生物气候带明显,热、温、寒3带皆备,动植物丰富多采,是登山和进行地学、生物学考察和研究的理想之地。东南麓有四川省最大的卧龙自然保护区。
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