锡矿山

湘中锡矿山锑矿床的Sr同位素地球化学

Strontium isotope geochemistry of the Xikuangshan antimony deposit , Central Hunan

锡矿山南炼厂保安矿柱342巷道爆破参数探讨

Discussion on Blasting Parameters of No. 342 Laneway of Safety Pillar

超大型锑矿床定位机制剖析&以锡矿山锑矿床为例

Locating Mechanism of Superlarge Antimony Deposit ─ Sikuangshan Antimony Deposit Example

云南省个旧锡矿山废弃地植被恢复技术

Vegetation restoration technique of mining wasteland in Gejiu Stannary of Yunnan Province

位移反分析法在锡矿山的应用

An application of inverse analysis method to rock movement in Xikuangshan mine

云锡矿山井巷防氡密闭方法的试验

Experiments with sealing protections from radon in Yunnan Tin Corporation underground mines

特种爆破技术在锡矿山矿务局的应用

Application of special blasting techniques in bureau of Xikuangshan mines

锡矿山采场顶板沉陷的研究

A research on the roof sag of stopes in Xi Kuang Shan Mine

湘中锡矿山锑矿田稀土元素地球化学行为

REE geochemical behavior of Xikuangshan antimony orefield in central part of Hunan Province

湘中锡矿山式锑矿成矿物质来源探讨

The origin of ore-forming fluid of xikuangshan-type antimony deposits in central Hunan Province

锡矿山锑矿控矿构造&三层楼模式及其意义

Three floor model of ore controlling structures and its significance in Xikuangshan sb deposit

湖南锡矿山剖面晚泥盆世底栖介形类及其大灭绝

Late Devonian benthic Ostracodes at the Xikuangshan section of Hunan and their mass extinction

湘中锡矿山超大型锑矿床的碳、氧同位素体系

Carbon and Oxygen Isotope Systematics in the Xikuangshan Giant Antimony Deposit , Central Hunan

锡矿山粉尘的危害与防治

Dust harmfulness and its prevention in Xikuangshan

本文介绍锡矿山矿务局采用微型机进行矿井通风的自动控制系统。

In this paper , a minicomputer control system for ventilation in mine is presented .

湘中上泥盆统锡矿山组上段介形类化石

Some ostracods of the upper member of Xikuangshan group of Upper Devonian in central Hunan

硅化/硅化岩石是锡矿山锑矿的一种很有效的找矿标志。

Silicify or silicified rock is one more efficacious sign for exploring mine in Xikuangshan antimony deposit .

岩层移动&介绍锡矿山和若干钨矿的岩层移动观测结果。

( 7 ) Strata displacement : observation of strata displacments at Xikuangshan Mine and some tungsten mines .

这是一种适用于钨锡矿山尾矿废水处理的经济、有效的方法。

Thus , this is an economical and effectual method suitable for tailing wastewater of tungsten and tin mine .

由于燕山晚期岩浆岩的侵入及锡矿山背斜的形成，在背斜两翼产生重力滑动构造。

The basic characteristics of gravitation gliding structure are multi layer , multi period , small scale , multi form .

锡矿山矿区和贵阳市人发中锑、砷和汞的污染特征浅析化探低缓异常在汞山铅锌找矿远景区中作用

Pollution Characteristics of Antimony , Arsenic and Mercury in Human Hair at Xikuangshan Antimony Mining Area and Guiyang City , China

这里的天总是灰的，一位在锡矿山长大的居民这样说道。那里离冷水江不远，是锑矿开采的集中地。

The sky is always grey here , one resident , who grew up on Xikuangshan , a nearby hill where antimony mining is concentrated , says .

对湖南锡矿山矿区煌斑岩脉进行了系统的元素和同位素地球化学研究，来探讨煌斑岩的成因。

Element and isotope geochemistry of the lamprophyres veins in the Xikuangshan antimony ore deposits issystematically researched in this article , aiming at discussing genesis of lamprophyres .

为解决现有充填系统充填浓度低、充填质量差的问题，进行了锡矿山似膏体泵送充填工艺方案的研究。

To solve the problem of low concentration and poor quality existing backfilling system , the program of technique of paste-like Pumping backfill in Xikuangshan was designed .

摘要：湘中锡矿山锑矿是世界上最大的锑矿床，被誉为世界锑都。

Abstract : The giant Xikuangshan deposit located in central Hunan , is the largest antimony deposit in the world , and is called as Capital of Antimony .

锡矿山地区涉锑企业的砷碱渣污染问题由来已久，有其特定的历史条件和时代背景。

The arsenic-alkali residue pollution problem of antimony enterprises in Xikuangshan area is as old as the hills , which has its specific historical conditions and time background .

煌斑岩不应是锡矿山矿区锑矿化的东部边界，其东部仍具有找矿潜力。

It is concluded that the lamprophyre is not the eastern boundary of antimony mineralization in the Xikuangshan mining district and there still exists prospecting potential in the east of the lamprophyre .

本文以湖南省冷水江市锡矿山周边地区为对象，通过实地调查、网格采样、重金属全量测定以及经典统计学、地统计学和生态风险评价，研究了该区重金属污染的来源和空间分布。

Through field surveys , snake-like sampling , Determination of heavy metal , classical statistics , geostatistics and ecological risk assessment to define heavy metal pollution in the area and spatial distribution of sources .

锡矿山经过百余年来的开采，特别是前期受采矿技术的局限，导致残留大量的锑矿资源不能及时回收，并形成了大量采空区。

After hundreds of years of mining of Xi mines , especially with the limitation of early mining technology , a large amount of remaining antimony ore , can not be timely recovered , is remained .

从地质时期、地质构造环境和物理化学条件出发，以锡矿山锑矿床为例初步剖析了超大型锑矿床在时间和空间上的定位机制。

Taking the Xikuangshan antimony deposit for example , the paper has analysed the locating mechanism of superlarge antimony deposit spatially and temporally , mainly from the geological period , the geological structural setting and the physico-chemical condition .