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随着地质领域测试技术的不断更新,认识地壳中物质组分的差异也不断加深。地球化学与地质构造的进一步结合,产生了构造地球化学。对于物质成分的研究,提出了元素、矿物和岩石的分带现象与地质构造之间的关系。从物质成分方面探索地壳运动的踪迹,推进了构造地质学的发展。根据地球化学方面大量数据编制出各类异常图以及运用数学地质方法,找出各类异常与地质构造之间的相关关系;而从地质构造方面,对某些断裂带、变质带和岩浆岩带物质成分的变化进行研究,提出元素在这些带中的集散和分带特征。
As the testing techniques in the field of geology continue to be updated, the understanding of the differences in the material components in the crust has also deepened. The further combination of geochemistry and geological structure has produced tectonogeochemistry. For the study of material composition, the relationship between the zonation of elements, minerals and rocks and the geological structure is proposed. Explore the traces of the crustal movement from the material composition and promote the development of tectonic geology. Based on a large amount of data in geochemistry, various types of anomaly maps are compiled and mathematical geologic methods are used to find out the correlation between various anomalies and geological structures. From the aspects of geological structure, some fault zones, metamorphic zones and magmatic rocks Changes in material composition to study the elements in these bands to set the distribution and zoning characteristics.