沙漠中的钻机。 塔里木盆地核技术研发项目团队成员在野外测量地层产状。 项目团队开展沙漠区地质调查。 项目团队成员在沙漠中勘查取样。 中核集团供图 项目团队成员在野外测量剖面。 地下1820米，全球最深的砂岩型工业铀矿化！ 据国家原子能机构日前发布的消息，我国专家团队在新疆塔里木盆地地下1820米发现全球最深的砂岩型工业 铀矿化，刷新了世界砂岩型工业铀矿化发现最深纪录。这标志着我国在深地砂岩型铀资源勘查方面处于世界 领先水平，为全球铀矿资源的勘查与开发提供了新的理论支撑和找矿思路。 习近平总书记指出，矿产资源是经济社会发展的重要物质基础，矿产资源勘查开发事关国计民生和国家安 全。 天然铀是保障国家能源安全与核工业发展的战略性能源矿产资源。当前，核电规模化发展，核能综合利用产 业逐渐成长，核能技术在医疗、农业育种、地质勘探、文物考古等领域的应用日渐广泛。铀矿勘查的目的是 探寻和确定具有工业价值的铀矿床，并评估其资源量和开发利用前景，工业铀矿化是寻找工业铀矿床的直接 可靠线索。本次发现的工业铀矿化是我国首次在塔里木盆地沙漠腹地空白区红杂色层中发现的厚大工业铀矿 化，填补了我国最大沙漠覆盖区的找矿空白。 此次发现意味 ...

Group 1 - A team of experts in China has discovered the world's deepest sandstone-type industrial uranium mineralization at a depth of 1820 meters in the Tarim Basin, setting a new record for such discoveries globally, indicating China's leading position in deep sandstone uranium resource exploration [1] - This discovery fills a significant gap in uranium exploration in the largest desert-covered area of China, suggesting a breakthrough in the theoretical understanding of sandstone-type uranium mineralization [7] - The new detection technology system developed for this discovery integrates three-dimensional detection techniques suitable for desert-covered areas, enhancing China's uranium resource exploration capabilities [7] Group 2 - To support uranium resource development in the Tarim Basin, a research team was established by the China National Nuclear Corporation and the Beijing Geological Research Institute, focusing on innovative predictive models and drilling technologies [9] - The team has proposed a new "exudation-infiltration reformation regional prediction model" and developed efficient drilling techniques for complex strata in the Tarim Basin, which significantly contributed to the recent breakthrough in uranium mineralization [9]