1.
CHARACTERISTICS AND CONDITIONS OF URANIUM METALLOGENESIS IN DEVONIAN SYSTEM IN AREA No.3105
3105地区泥盆系铀成矿特征和成矿条件
2.
Discussion about the relationship between sodium metasomatism and uranium mineralization in uranium metallogenic belt on north edge of middle section of Northern Qilianshan
北祁连中段北缘铀成矿带钠交代与铀成矿关系探讨
3.
Recently worldwide favourability for uranium deposition has been discussed by a panel of uranium geologists.
最近，铀矿地质工作者集会讨论了世界范围内铀成矿的有利条件。
4.
STUDY ON GEOLOGY AND METALLOGENIC CONDITION OF A CERTAIN SANDSTONE TYPE U-DEPOSIT IN INNER MONGOLIA
内蒙西部某盆地砂岩型铀矿地质及铀成矿条件分析
5.
Study on Water-Rock Interaction and Its Relation with Uranium Metallogenesis;
水—岩相互作用及其与铀成矿关系研究
6.
Mineralization enrichment of uranyl mineral in mid-low temperature hydrothermal of Shuanghuajiang uranium deposit
双滑江铀矿床低温热液铀酰矿物富集成矿作用
7.
PRELIMINARY ANALYSIS ABOUT REDUCING PRODUCTION COSTS IN URANIUM MINING AND METALLURGY AT FUZHOU URANIUM MINE;
浅谈抚州铀矿降低铀矿冶生产成本的主要途径
8.
GEOLOGICAL CHARACTERISTICS AND PROSPECTI-VITY OF Au-U TYPE ORE DEPOSITS
金铀型矿床成矿地质特征及找矿前景
9.
Analysis Jiangchuan 306 Fanlts and the Relationship Between the Uranium Mineralization
浅析江川306断裂与铀矿成矿的关系
10.
FORMING CONDITIONS SANDSTONE-TYPE URANIUM DEPOSITS IN TUOSITE DEPRESSION
托斯特凹陷砂岩型铀矿成矿条件研究
11.
THE PROBABILITY DISTRIBUTION OF URANIUM IN THE SINIAN AND CAMBRIAN AND POLYGENETIC COMPOUND URANIUM ORE DEPOSITS
震旦—寒武系铀的概率分布与多因复成铀矿床
12.
Discussion on metallogenic characteristics and types of Labadi uranium occurrence,Inner Mongolia
内蒙古喇叭地铀矿点成矿特征及成矿类型讨论
13.
Mineralization mechanism and geodynamic setting of No.337 deposit in Xiazhuang uranium orefield
下庄铀矿田337矿床成矿机理及动力学背景
14.
Thorium ore, uranium ore, or mixed ore of uranium and thorium In which the rate of content weight uranium and thorium is higher than five-ten thousandths.
一钍矿物、铀矿物或铀钍混合之矿物，其含有铀、钍之成份重量比在万分之五以上者。
15.
A graben creates a favourable setting for uranium deposition.
地堑成为铀矿沉积的有利部位。
16.
FEATURES AND GENESIS OF THE URANINM-MINERALIZED BRECCIA IN EAST QINLING
东秦岭某地铀矿化角砾岩特征和成因
17.
Strengthening the management of scientific and technological achievements and serving the work of uranium geology
加强科技成果管理 服务铀矿地质工作
18.
PALEOHYDROGEOLOGICAL STUDY OF THE ORE FORMING HYDROTHERMAL SYSTEM IN XIANGSHAN URANIUM FIELD
相山铀矿田成矿水热系统古水文地质研究