以多种成因类型和矿物类型为特征的磷灰石矿床和综合型含磷灰石矿床是在各种地质条件下形成的,并同成分极其不均一物质组合有关。近十年来,提出了许多磷灰石矿床的分类。这些分类的根据是矿物-地化、成因和经济的因素,以及矿床同成矿期、构造、建造和岩石组合的关系。 总的讲,这些分类有利于查明工业磷灰石矿化的分布规律并确定其某些普查准则。但是,要利用这些分类进行成矿研究和预测制图,困难很大。这主要是因为没有统一的关于磷灰石矿床的分类和评价的方法。从现状出发来探讨这个问题,尤其是考虑到新得 Apatite deposits and synthetic apatite deposits characterized by a variety of genetic types and mineralogical types are formed under a variety of geological conditions and are associated with extremely heterogeneous compositional compositions. In the past ten years, many apatite deposits have been proposed. The basis of these classifications is the mineralization, genetic and economic factors, and the relation of the deposit to the mineralization, tectonics, construction and rock assemblages. In general, these classifications facilitate the identification of industrial apatite mineralization patterns and the identification of certain census guidelines. However, it is very difficult to make use of these classification for metallogenetic research and prediction mapping. This is mainly because there is no uniform method for the classification and evaluation of apatite deposits. Starting from the current situation to explore this issue, especially considering the new gain