1) Fenghuangshan pluton
凤凰山岩体
1.
The Fenghuangshan pluton, which consists of granodiorite and quartz monzodiorite, is the main part of the Fenghuangshan ore field.
凤凰山岩体为凤凰山矿田的主要组成部分,主要岩石类型为花岗闪长岩、石英二长闪长岩。
2.
By studying the metamorphic and deformational characteristics, the microstructures, the rock fabrics and the shortening value of contact zone around Fenghuangshan pluton, this paper analyses the relationship between the deformation of contact zone,the regional deformation and the emplacement structural deformation.
通过对凤凰山岩体接触带的变质与变形特征、显微构造及变形缩短量的计算 ,分析了凤凰山岩体侵位与接触带变形及区域变形的关系。
2) Fenghuangshan
凤凰山
1.
Silver and Manganese Recovery from Fenghuangshan Manganese-bearing Silver Oxide Ores;
广西凤凰山锰银氧化矿选冶工艺研究
2.
The Process Mineralogy of Fenghuangshan Manganese-bearing Silver Oxide Ores, Guangxi;
广西凤凰山锰银氧化矿的工艺矿物学特征
3.
The Formation of Breccia and Ore Body's Localization Mechanism in Fenghuangshan Copper Deposit,Tongling Area,Anhui Province,China
铜陵凤凰山铜矿床角砾岩的形成与矿床定位机制
3) Fenghuangshan Mine
凤凰山矿
1.
And through the application examples of the Transient Electronmagnetic Method detection of Fenghuangshan Mine 9# coal seam,the author analysed the application in detecting full of water area both ahead of the tunneling and the roof.
介绍了矿井瞬变电磁超前探测技术的原理与方法,并以凤凰山矿9#煤层瞬变电磁探测为例,分析了瞬变电磁法在探测巷道前方及煤层顶板富水区中的应用。
4) Fenghuang Mountain
凤凰山
1.
The tombs of Han Dynasty and the Warring States Periods at the foot of Fenghuang Mountain in Xinxiang crowd together,but the layout is ordered.
新乡凤凰山战国两汉墓葬分布密集,墓地布局经过严密设计。
5) Fenghuangshan copper deposit
凤凰山铜矿
1.
Based on results of ore genesis and locating mechanism in the Fenghuangshan copper deposit,ore-controlling factors and prediction indexes are summarized.
文章在对凤凰山铜矿床矿床成因与定位机制研究的基础上,总结提取了该矿床的控矿因素及成矿预测指标,建立了基于BP人工神经网络的成矿预测模型,并借助组件式G IS软件M apX开发实现了该矿床的成矿预测系统,为进一步的找矿工作提供依据。
2.
Tectonic-geochemical characters of the contact zone between granodiorite stock and marble in the southern area of the Fenghuangshan copper deposit exhibit mixture of intrusion,marbles with and without hydrothermal alterations.
凤凰山铜矿南区花岗闪长岩体与大理岩接触带附近的构造地球化学特征表明存在多个总体,即岩体、未受明显热液蚀变的大理岩和蚀变矿化大理岩,岩体与大理岩的Cu异常下限分别是562×10-6和51×10-6。
3.
This paper chose the Fenghuangshan copper deposit as the research object.
本文选择凤凰山铜矿床为研究对象，应用力学分析、分形统计和综合地质分析的方法，研究了矿床的成矿特征、控矿构造特征以及矿体定位机制和规律，特别是对具有代表性的Ⅱ号矿体的角砾岩进行分形统计和成因探讨，在此基础上对该成矿系统的岩石破裂的流体作用机制及其与成矿的关系进行了研究。
6) Fenghuangshan Orefield
凤凰山矿田
1.
Comparison between ETM + and ASTER Data for Extraction of Alteration Information: A Case Study of Fenghuangshan Orefield, Tongling, Anhui Province;
ETM+和ASTER数据在遥感矿化蚀变信息提取应用中的比较——以安徽铜陵凤凰山矿田为例
2.
Magmatic Emplacement Process Inversion and Its Application to Location Prediction of Orebody —Taking Fenghuangshan orefield of Anhui for example;
岩浆侵位过程的反演及其在矿体定位预测中的应用——以安徽铜陵凤凰山矿田为例
3.
In combination with the geological background of ore formation of Fenghuangshan Orefield,the guidance significance of the copper ore formation mode in Tongling Ore concentration area to the ore prospectnig in Fenghuangshan mine area and its orientation is pointed out.
分析了铜陵矿集区铜矿成矿的模式 ,结合凤凰山矿田的成矿地质背景 ,指出铜陵矿集区铜矿成矿模式对凤凰山矿区找矿的指导意义和找矿方向。
补充资料：凤凰岩
凤凰岩雄踞于凤山之上。岩形如大鲸，全身黝黑，脊背上留下一条条白色的斑纹。游人由尾端岩缝进入，宛如一条大回廊，凉风习习，清幽冷静。“凤凰岩”是宋代学士胜南命名题字，清代赵端礼又在岩上篆文演书“栖凤之山”四字。此处崖面很奇，弥勒岩身踞寺后，与凤山寺里的塑方头弥勒菩萨相似。合掌岩的掌缝里有很大空间。还有鸡飞岩、鸡卵石、“老虎搔痒’等怪石。
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