摘要
根据稀土矿的伴生元素钍具有放射性的特点,在分析研究区域地质背景和成矿地质条件的基础上,通过地面γ总量测量工作系统测定各地质体γ照射量率,圈定有意义的伽玛场,间接预测稀土矿成矿地段。通过槽探及钻探等探矿工程揭露稀土矿体,研究地面γ总量测量工作对稀土矿体赋存地段的指示意义。
According to the rare earth mineral associated element thorium radioactive characteristics, based on the analysis of regional geological background and metallogenic geological conditions on the ground, through gamma measurements of total work system for the determination of the geologic body gamma exposure rate, field gamma delineation of meaningful, indirect mineralization prediction of rare earth ore area. By trenching and drilling and other exploration projects reveal rare earth ore, total study terrestrial gamma surveys of rare earth ore area's significance.
引文