文中描述了硅金矿的成矿机制。
This paper deals with the formation mechanism of silicon-gold mineral.
不同成矿流体的成矿机制各有差异。
There are some differences in the mineralized mechanisms of different geological fluids.
水—岩交换成矿机制；
这是研究铀矿成矿机制和富矿条件的一条新线索。
This is a new clue to the study of uranium metallogenetic mechanism and formation conditions of rich uranium ores.
吸附作用被认为是低温表生矿床的一种重要的成矿机制。
Adsorption is regarded as an important metallogenic mechanism for the supergene and epithermal ore deposits.
地球材料的仿生合成帮助我们了解了在人工条件下的生物成矿机制。
Biomimetic synthesis of Earth materials helps us to understand the mechanism of biomineralization under artificial conditions.
本文从流体包裹体出发，讨论了沂南金矿床的成矿物质来源和成矿机制。
Based on fluid inclusion study, this paper made further discussions on the source of ore-forming materials and the ore genesis of the Yinan gold deposit, Shandong Province.
铀存在形式的转变和初步浓集，对花岗岩型铀矿床的形成是不可少的成矿机制之一。
Transformation of uranium forms and initial concentration are one of the essential minerogenetic mechanism for the formation of granite-type uranium deposit.
对长梁山地区磁铁矿形成的地质背景、矿体地质特征、成矿机制等进行了分析研究。
In this paper, it analyses the geologic background, ore body geologic characteristic and metallogenic mechanism of the magnetite formation in Changliangshan area.
在成矿机制上与金顶铅锌矿床相似，属以热卤水成矿为主的多成因的层状多金属矿床。
It is similar to the Jinding Pb-Zn deposit in metallogenetic mechanism, belonging to the polygenetic bedded polymetallic deposit with hot brine as the principal metallogenetic factor.
在热流体特征分析基础上，对研究区早白垩世湖底热流体成矿机制和成因模式进行了探讨。
Based on the analysis of the characteristics of hot fluid, the mineralization mechanism of the Early Cretaceous sublacustrine hot fluid in the area is discussed.
通过对老柞山金矿床地质特征和成矿机制的研究和分析，得出老柞山金矿床形成的成矿模式。
The minerlization model of Laozuoshan deposit can be got by studying and analyzing the geological character and mineralization mechanism.
韧性剪切带型金矿是一种成矿机制与控矿因素都与韧性剪切带及其演化密切相关的金矿床类型。
The ductile shear zone type gold deposits refer to those whose ore-forming mechanism and ore-controlling factors are closely related to the ductile shear zone and its evolution.
多数学者认为“剪切带型”金矿床的成矿动力和成矿机制均为韧性剪切作用，且进行了大量的实验论证。
Now it is commonly thought that the ore-forming driving forces and mechanism of shear-zone type gold deposit is the ductile shearing, and lots of experiments have carried out.
热水沉积成矿与正常沉积矿床在矿质来源和成矿机制上有很大的差异，反映在岩矿石结构构造上也有明显的差异性。
There is a great difference not only between thermal water sedimentary deposit and sedimentary deposit from original material of ore and metallogenesis, but also ore texture of them.
在此基础上，肯定了成矿流体地球化学在元素共生分异机制研究中的地位和作用。
On the above base, the status and function of fluid geochemistry in studying mechanisms of elemental paragenesis and separation are affirmed.
根据铀矿床的形成机制，对滇西地区新生代盆地的砂岩型铀矿成矿模式进行了探讨。
A genetic model for the sandstone type uranium deposits in Cenozoic basins of western Yunnan is proposed.
除了结晶分异模式外，富氟花岗岩浆液态不混溶作用也是伟晶岩成岩成矿的重要机制。
Beside fractional crystallization model, liquid immiscibility of Fluorine-rich granite magma is an important mechanism to form pegmatite and pegmatite type deposit.
描述了铀迁移、富集成矿的新机制。
A new mechanism of migration - enrichment for uranium is put forward.
作者着重阐析了金龙山矿区变形发展4个阶段的几何学特征及变形机制，指出变形期对应于3个成矿期次。
This paper points out there are 4 stages of structural evolution in the gold ore area. Their geometrical feature and deformation mechanism corresponds to 3 ore-forming stages.
随着变形机制、构造环境变化引起成矿流体沸腾作用并导致金矿形成。
With the change of strain dynamic and tectonic situation, ore fluids boil and result the formation of gold deposit.
认识和查明元素的共生分异特征和形成机制，对丰富成矿理论和指导找矿勘探均具有重要意义。
To understand and find out character and mechanism of elemental paragenesis and separation has important significance in both enriching ore forming theory and directing exploration.
流体演化与成矿动力耦合是形成金矿的主要机制。
The coupling of fluid evolution and tectonic dynamics is a main mechanism of quartz vein type gold deposits.
在构造动力体制转换带动下，多种成矿参数的联动转换是形成大型矿床的一种机制。
Driven by transition of tectonic and dynamic regime, the induced transition of multi-parameters serves as one of the mechanisms for forming large-size deposits.
在构造动力体制转换带动下，多种成矿参数的联动转换是形成大型矿床的一种机制。
Driven by transition of tectonic and dynamic regime, the induced transition of multi-parameters serves as one of the mechanisms for forming large-size deposits.
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