摘要
鹿井地区是我国的重要铀成矿区之一。在综述鹿井铀矿田地质背景的基础上,重点分析了深源成矿、深大走滑断裂、热变质带、花岗斑岩对铀成矿的重要作用。指出NNE-NE向遂川—热水左行走滑断裂直接控制了鹿井矿田的沉积特征、构造格局和铀成矿作用。因此,需要对已发现的矿床(点)和矿化点从深源成矿、深大走滑断裂控矿入手,深入研究其形成和演化特征及其最佳耦合类型,探索新类型,发现新的有利地区,预测和优选出可望突破的找矿靶区,最终对矿田及其周边的铀资源潜力做出科学评价。
Lujing area is an important uranium metallogenic zone in China. Based on summarizing the geological background of Lujing uranium ore-field, it is analyzed that deep origin metallogenesis, deep-seated strike-slip faults, thermal metamorphic belt and granite-porphyry play important roles in uranium mineralizatiom. It is pointed out that the NNE to NE-trending Suichuan-Reshui left-handed strike-slip fault controls directly the sedimentary characteristics, tectonic framework and uranium metallogenesis. For the discovered deposits and occurrences, it needs to study in the view of deep origin metallogenesis and ore-control by deep-seated strike-slip fault, do more further research on their evolutionary features and coupling types. It also needs to explore new types, discover new favorable area, predict and optimize the break-through prospecting target so as to make scientific assesment on the uranium resources potentialities of the ore-field and its peripheral area.
出处
《世界核地质科学》
CAS
2008年第2期63-67,共5页
World Nuclear Geoscience
基金
中南地区铀资源勘查部署规划研究项目(编号:200332)
关键词
鹿井矿田
深源成矿
深大走滑断裂
找矿靶区
Lujing ore-field
deep origin metallogenesis
deep-seated strike-slip fault
prospecting target
