现在能发现和测量放射线的仪器灵敏度极高,按理说用来便能够很简单地在天然条件下发现铀矿床和铀的异常富集,以及进行取样分析等。 确实放射性超常的地段(或按通称,即放射性异常)的发现,常导致铀矿矿床的发现。往往,放射性测量法能很有成效地代替昂贵而又费时的样品化学分析,能够很好地组织矿石质量的放射测量检查以及进行矿石的放射测量法分选与选矿。然而,往往也有另一种情况。当异 Instruments that can now detect and measure radioactivity are extremely sensitive and are arguably used to find unusual enrichment of uranium deposits and uranium under natural conditions, as well as sampling and analysis. The discovery of truly radiologically abnormal locations (or, in general, radioactive anomalies) often leads to the discovery of uranium deposits. Often, radiometric methods can effectively replace costly and time-consuming chemical analysis of samples, organize radiometric inspections of ores, and perform radiometric sorting and beneficiation of ores. However, there is often another situation. When different