矿床模式

焦家带金矿床构成了沿“一条构造带、二段矿化富集带、三层矿化蚀变带”产出的矿床模式。

Mineral deposit model of Jiaojia gold belt is distribution of the deposits along the " one tectonic belt , two mineralized enrichment zone and three mineralized alteration zone " .

认为勘查高质量矿床需要加强矿床模式的研究和GIS技术的推广应用；把成矿模式和矿床模式发展为找矿模式；

It shows that it is necessary to get a deeper understanding of a mineral deposit model and to develop GIS applications in the exploration for a high quality deposit .

鄂东矽卡岩型铁（铜）矿床模式及品位、吨位模型探讨

Genetic pattern and ton-grade model of skarn Fe-Cu deposit in eastern Hubei Province

保山镇康地块成矿条件及典型矿床成矿模式

The metallogenetic conditions and typical model in Baoshan - zhenkang massif

铀矿床构造模式及其找矿意义

Some structural models for uranium deposits and their implications in ore prospecting

论超镁铁质岩型温石棉矿床成矿模式

The minerogenetic model of chrysotile asbestos deposits in ultramafic rocks

金川硫化铜镍矿床成矿模式

MINEROGENETIC model of the Jinchuan copper and nickel sulfide deposit

同时对该矿床成矿模式作了进一步探讨。

The ore - forming model for the deposit is further discussed .

并探讨了碲矿床成矿模式。

And it discusses the metallogenic model of tellurium deposit .

紫金山铜（金）矿床成矿模式

The metallogenic mode of Zijinshan Copper ( Gold ) Deposit

攀西层状岩体及钒钛磁铁矿床成因模式

A genetic model for layered intrusions and vanadic titanomagnetite deposits in Panzhihua-Xichang area

工业生态型金属矿床开采模式

On Industrial Ecotype Mining Model of Metalliferous Deposit Industry

金川铜-镍硫化物矿床成矿模式和成矿系列

MINEROGENETIC model and minerogenetic series of the Jinchuan copper & nickel sulfide deposit

淮北夕卡岩型铁（铜）多金属矿床成矿模式的研究

Metallogenic model study of iron ( copper ) polymetallic skarn ore deposits in Huaibei

江苏溧水火山岩盆地内生金属矿床定位模式及找矿思路

Location Model and Prospecting Model of Endogenetic Metallic Deposits in Lishui Volcanic Basin , Jiangsu

熊耳裂谷火山岩系金-多金属矿床成矿模式

The genesis model of the gold-polymetal deposit from the volcanic rocks in the Xiong'er rift

地热流体及其循环蚀变作用导致银矿、钠基膨润土矿等系列矿产的形成，并建立了矿床成矿模式。

A metallogenic model of the ore deposits has been set up in this paper .

滇东南锡矿带成矿区矿床勘查模式探讨

The tin deposit exploration model in a metallogenic province of the southeastern Yunnan Tin metallogenic belt

根据以上研究，建立了矿床成矿模式。

Based on studies stated above , the mineral deposit of metallogenic model has been established .

中国北方超大型热水沉积硫化物矿床成矿模式

Metallogenic Model for Super Large Type Sedimentary hydrothermal ( SEDEX ) Sulfide Ore Deposits in North China

论矿床成矿模式

On mineral deposit modeling

湘西北锰矿床成矿模式研究&以湖南花垣民乐锰矿床为例

Mineralization model for the manganese deposits in northwestern Hunan : An example from Minle manganese deposit in Huayuan , Hunan

金川铜镍矿床成矿模式、控矿因素分析与找矿

An Analysis on Metallogenetic Model and Ore-control Factors of Jinchuan Cu-Ni ( PGE ) Magmatic Sulfide Deposit and Its Exploration Implications

结合构造-岩浆演化过程，建立了构造-岩浆活动演化与各类矿床关系模式。（2）系统总结了典型矿床地球化学特征。

Combination of tectonic-magmatic evolution , the thesis established tectonic-magmatic activity evolution model and the relationship between various types of deposits . ( 2 ) The typical geochemical characteristics of deposits were systematically summarized .

建立了矿床成因模式：晚侏罗&早白垩世，受古太平洋板块向欧亚板块俯冲的影响，来自地幔的玄武质岩浆以底侵作用方式添加到下地壳，并导致下地壳部分熔融和地壳隆升。

The genetic model of the deposit was established : From late Jurassic to early Cretaceous , influenced by the subduction of paleo-Pacific Plate to Eurasian Plate , the basaltic magma added to the lower crust underplating way ,, and leads to the partial melting of crust and crustal uplift .

VMS矿床的矿化模式反映的是一种热液成因，这种热液是深部（1～3km）岩浆侵入所引起并通过海水在热穹隆之上循环产生的。

Mineralization pattern reflected the hydrothermal genesis of VMS deposits , in which the thermal fluid is generated by the circulation of seawater through heat dome , which in turn is a result of the intrusion of the deep ( 1 ~ 3 km ) magma .

矿床建模系统模式及建模方法初探

Mode of Deposit Modelling System and Method of Deposit Modelling

富大陆相火山岩型铀矿床的成矿模式

Metallogenic model for continental volcanic - type rich and large uranium deposits

某花岗伟晶岩型铀矿床的成矿模式

The Ore-forming Model of some Granite-pegmatite Type Uranium Deposit

满洲里地区大型-超大型矿床遥感影像模式研究

Study on the Remote Sensing Image Patterns for Large-Superlarge Mineral Deposits in Manzhouli Area