1) Shimen
石门
1.
Influence of Point Shimen Acupuncture on Female Rat Fertility;
针刺“石门”穴对雌性大鼠生育能力的影响
2.
A Study on Characters of Medicinal Materials and Exploitation and Application of Mineral Realgar in Shimen Hunan;
湖南石门雄黄矿物药材特点与开发利用研究
3.
Geology and Prognosis of Coal Resource in Shimen County;
石门地区煤矿地质特征及其资源预测探讨
2) Shimeng
石门
1.
Shimeng realgar deposit in Hunan has the typical three floor texture modle:top is silicatite,breccia is on middle,orpiment and realgar is under,both of strata and structure control the deposit's forming.
湖南石门雄黄矿床，具有典型的三层结构模式，顶部为硅质岩，中部为角砾岩，下部为雌－雄黄矿体。
3) uncovering coal seam in cross-cut
石门揭煤
1.
Mechanism and effect factors of gas and coal delay outburst in uncovering coal seam in cross-cut;
石门揭煤过程煤与瓦斯延时突出机理及其影响因素分析
2.
Based on the mechanism of gas and coal delay outburst and its influencing factors,the action of the influencing factors on the delay outburst in uncovering coal seam in cross-cut is expatiated.
在综述煤与瓦斯延时突出机理及其影响因素的基础上,详细地分析石门揭煤过程中煤与瓦斯延时突出时各种因素在延时突出中的作用,并从空间和时间的角度,对石门揭煤过程中巷道煤与瓦斯延时突出整个过程进行详细描述。
4) uncovering coal in crosscut
石门揭煤
1.
This article studies the outburst risk when uncovering coal in crosscut one of the third coal layer in mine No.
研究了石嘴山矿区二号井三层煤1#石门揭煤的突出危险,针对实际情况,设计了密钻孔排放、高压水射流扩孔强化瓦斯排放、超前支护等防突措施。
2.
This paper, taking raise tunnel and uncovering coal in crosscut as examples, made a numerical simulation of typical cavities' figure that had been left behind the coal and gas dynamic phenomenon by the method of RFPA-Flow based on the statistics and analysis of coal and gas dynamic phenomenon in this mine.
笔者在统计并分析该矿煤与瓦斯动力现象的基础上,以上山掘进和石门揭煤为例,根据煤与瓦斯动力现象发生后遗留的典型孔洞形状,采用RFPA-Flow对其进行数值模拟。
3.
Therefore, firstly, this paper anatomized the physical structure and mechanic-al properties of coal-rock, seepage flowing regulations and properties of gas in c-oal-rock、and interactions between gas and coal-rock in theory; Then, built up the solid-fluid coupling mathematic model, and also simulated the uncovering coal in crosscut systematically by RFPA.
因此,本文首先从理论上剖析含瓦斯煤岩体的物理结构和力学特性、煤岩体内瓦斯渗流规律和特点、以及煤岩体与其内部瓦斯的相互影响和相互作用;随后,建立煤与瓦斯突出的固流耦合数学模型,并且应用岩石破裂过程分析系统——RFPA2D-Flow,对石门揭煤过程进行了系统的模拟研究。
6) Zhenghe County
政和石门
1.
Discussion on Geological Characteristics and Control Factors of the Shimen Au-polymetallic Deposit in Zhenghe County,Fujian Province;
福建政和石门金多金属矿地质特征及其控矿因素
补充资料：石门
【石门】
（人名）宋洪觉范居于石门，故曰石门。
（人名）宋洪觉范居于石门，故曰石门。
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