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一、稀有分散元素等有益伴生组份与 主要组份之间关系分析的意义及其可能性 矿床中伴随主要组份富集的任何有经济意义的元素或其化合物,统称为有益伴生组份,有益伴生组份的意义大小随不同元素和矿床类型而异,几乎所有的有用元素及其化合物,均可作为有益伴生组份出现在各类矿床中,对于在自然界极为分散的稀有分散元素,则更具特殊意义,稀有分散元素在自然界不形成或很少形成独立矿床,作为其它有关矿床的有益伴生组份而综合利用,为稀有分散元素的唯一或重要来源。对于其它多种有色和稀有金属,也或多或少的成为有关矿床的有益伴生组份被综合利用。故在矿床普查勘探过程中,对主要组份勘探的同时,还必需对有益伴生组份进行相应的研究,以提供对矿床充分合理利用的资料,为此,最近地质及冶金等部,在矿床的普查勘探要求中都作了相应的规定。
First, the rare scattered elements and other beneficial associated components of the significance of the relationship between the main components and the possibility of mineralization with the main component of any enrichment of the economic significance of the elements or their compounds, collectively referred to as beneficial associated components, The significance of useful companion components varies with different elements and types of deposit. Almost all useful elements and their compounds can appear as beneficial companion components in various types of deposits. For rare dispersed elements that are extremely dispersed in nature, More specifically, Rare and dispersed elements do not form or seldom form an independent deposit in nature. They are used as beneficial associated components of other related deposits and are the sole or important source of rare and dispersed elements. For a variety of other colored and rare metals, more or less beneficial associated components of the deposit concerned are also utilized. Therefore, during the prospecting and prospecting process of mineral deposits, the exploration of major components must be carried out. At the same time, it is necessary to conduct a corresponding study on the beneficial associated components to provide sufficient and reasonable utilization of the ore deposits. For this reason, recently, the departments of geology and metallurgy, Census exploration requirements have made corresponding provisions.