易门

易门易门
  1. 地理信息系统(GIS)支撑下的综合信息成矿预测&以云南省易门铜矿区为例

    Mineralization prognosis of synthetic information supported by geographical information system ( gis ) & giving an example of Yimen copper mine district , Yunnan

  2. 论易门铜矿区叠加钴矿化地质特征

    Geological characteristics of superimposed cobalt mineralization in the Yimen copper district

  3. 易门县干热河谷地区塔拉引种试验

    Introduction Experiment of Caesalpinia spinosa in Yimen Hot and Dry Valley Region

  4. 云南易门安宁铁矿成因问题

    On the origin of the iron deposits of Yimen and anning , Yunnan

  5. 会理块夹持在绿汁江断裂和滥坝-易门断裂之间。

    The Huili block is sandwiched between the Luzhijiang fault and Lanba Yimen fault .

  6. 易门县经济林果害虫种类调查及综合治理措施探讨

    An Investigation of Pest Types in Economic Woody Fruits in Yimen and the Prevention Measures

  7. 振冲置换法在易门瓷厂残积土软地基中的应用

    The application of vibroflotation replacement method to the soft sedentary ground of Yimen chinaware factory

  8. 云南省易门县山地植被开发利用研究

    A study on development and utilization of mountainous vegetation in Yimen county , Yunnan Province

  9. 云南易门县野生食用菌资源的利用与管理调查研究

    Investigation on Management and Use of Wild Edible Mushroom Resources in Yimen County of Yunnan Province

  10. 云南易门铜矿成因新见及其找矿意义

    A new view on the genesis of Yimen copper deposit in Yunnan Province and its ORE-PROSPECTING SIGNIFICANCE

  11. 易门式大型铜矿床构造成矿动力学模型

    A model for dynamics of tectonic ore forming processes for the large Yimen type copper deposits , yunnan

  12. 本文讨论了云南易门狮山铜矿床的地质背景、含矿建造、火山岩及矿床地质地球化学特征。

    Shishan copper deposit , Yimen , Yunnan province , is one of the famous copper deposits in China .

  13. 易门凤山铜矿床是赋存于中元古界昆阳群中的中型富铜矿床。

    The Fengshan Cu deposit is a medium type of rich Cu deposit existing in Middle Proterozoic Kunyang Group .

  14. 如何促进易门县转型发展成为一项重大的复杂工程,易门县政府在转型发展中的作用成为首先要解决的问题。

    How to promote the transformation is a complex engineering . We must solve the transformation of government functions firstly .

  15. 为有效防治易门地区危害渐趋严重的苹果棉蚜,开展了该虫害危害特性以及药剂防治的研究。

    In order to control Eriosoma lanigerum in Yuxi effectively , the experiment on the harm characteristics and chemical control was conducted .

  16. 本文应用莱柯拉兹滤波和别尔夫捷调和分析方法,对易门地倾斜固体潮观测资料进行处理;

    In this paper , Le Colazet and Hepueo harmonic analytic method is used to process the tilt earth tide data observed at Yimou station .

  17. 长期以来,云南易门铜矿区中的狮山和凤山铜矿床被认为是陆源沉积变质成因。

    The Shishan and Fengshan deposits , two main ore deposits in the Yimen copper ore district , were long considered to be of terrigenous metamorphosed sedimentary origin .

  18. 易门县作为资源型县域长期以来为国家工业经济发展做出了重要贡献,但随着主要资源的不断枯竭,使得易门县经济社会发展存在越来越多问题。

    Yimen as the resource-based county has made important contributions in our economic development . But with the depletion of key resources , there are many problems in Yimen .

  19. 云南易门矿务局下属狮子山铜矿含碳质脉石,部分铜矿物被碳质形成膜所包裹,使得选矿生产指标一直较低,铜的回收率只在70%-78%。

    The ore dressing recovery of copper ore containing carbonaceous gangue is relatively low ( 70 % - 78 % ) due a part of ore is covered with a carbonaceous film .

  20. 介绍了易门铜冶炼厂烟气制酸系统的技术改造工程。从工艺流程、设备复核、工艺参数、设备配置等方面阐述了技改的过程。

    The author introduces the technical rehabilitation project of flue gas-made sulfuric acid system in Yumen Copper Smelter , and describes the course of rehabilitation from technical process , equipment rechecking , operation parameter , configuration and arrangement of facilities , etc. .

  21. 对易门铜矿矿井提升机钢丝绳进行了现场实测,结果表明:钢丝绳动张力测试最大误差小于1%,静张力最大误差小于05%。

    In Yimen copper mine locale , the hoist wirerope tension was tested by the meter . Testing data indicates that maximum error of dynamic tension is less than 1 % and maximum error of static tension is less than 0.5 % .

  22. 易门瓷厂高墙地砖厂主体车间建于残积土地基上,约三分之二的基坑地基土天然强度低,压缩性高。

    The main workshop of high wall and floor tile plant of Yimen chinaware factory will be built on the sedentary soil ground . The natural strength of ground soil of about two-thirds of the ground pit is low , which is with high compressibility .

  23. 为寻求厚大矿体安全、高效、低耗的采矿方法,易门矿务局联合有关单位在凤山矿开展了侧向挤压连续推进振动出矿崩落法的研究工作。

    To seek for a safe , highly efficient and low cost mining method for thick and large ore bodies , a Yimen Mine Administration Bureau sponsored research on the caving method of side extruding continuous advancing vibratory ore drawing was carried out at Fengshan Mine .