摘要
根据地热学原理,本文从放射性元素富集程度、铀矿石产热数值模拟和地热资料铀矿信息识别等方面较深入地研究了地热与深部铀矿的关系,采用热红外遥感资料在若尔盖地区进行试验。结果表明,深部铀矿与地热场的分布有密切关系,可利用地热资料指导深部铀矿勘查。
Based on the principle of geothermy,this paper studied the relationship between the geothermal field and the deep uranium ore deposit in such aspects as the enrichment of radioactive elements,the numerical simulation of the heat production of uranium ore deposit and the uranium information identification from geothermal data.Some experiments were conducted in Zoige area by using the thermal infrared remote-sensing method.The results show that the message of deep uranium ore deposit is closely related to the geothermal distribution,and the geothermal data can be used in search for deep uranium ore deposits.
出处
《中国地质》
CAS
CSCD
北大核心
2010年第1期198-203,共6页
Geology in China
基金
中国核工业地质局"四川省若尔盖降扎铀矿床中长沟地段深部及外围普查"项目(200661)资助
关键词
地热
深部铀矿
模型
geothermal resource
deep uranium ore deposit
model
