花岗岩型铀矿床是我国四大铀矿床类型之一。
Granite type uranium deposit is one of the four major uranium deposit types.
诸广岩体是我国花岗岩型铀矿床的集中产出区。
Zhuguang Massif is an area with concentration occurrence of granite-type uranium deposits in China.
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.
所研究的矿床为一个大型隐伏铀矿床，是华南铀成矿区一个典型的花岗岩型铀矿床。
The studied blind uranium deposit is a large granite-hosted deposit typical of the metallogenic province in South China.
粤北铀矿区是南岭铀成矿带核心地段，也是我国花岗岩型铀矿首先突破、集中发育地区。
The northern Guangdong uranium metallogenic region is the central part of Nanling uranium metallogenic belt.
从构造演化—岩浆作用—成矿流体系统将火山岩-花岗岩型铀矿作为统一体开展成矿作用研究。
Uranium deposits of both volcanic and granite type are studied as the systematic process of tectonic evolution-magmatism-metallogenic fluid action in South China.
形成于古水热系统排泄区（减压区）的下庄花岗岩型铀矿床是地下热水与岩石相互作用的产物。
The granite type uranium deposit in Xiazhuang, formed in the discharge area of fossil hydrothermal system, is a product of thermal water_rock interaction.
文中简单介绍了土壤天然热释光方法的测量原理，探讨了该方法在寻找隐伏花岗岩型铀矿床中应用的可行性。
Ore-bearing and barren rocks and soils were sampled in granite type uranium deposits, and their glowing curves and intensities were measured.
文章最后系统地总结了改造型与同熔型花岗岩的铀矿化特征。
Finally, uranium mineralization associated with reworking type and syntectic type are systematically summarized.
文章最后系统地总结了改造型与同熔型花岗岩的铀矿化特征。
Finally, uranium mineralization associated with reworking type and syntectic type are systematically summarized.
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