地球化学法现已稳定地列入了矿产的综合地质勘探工作,并成功地应用于各类矿床的普查勘探工作中。当前,地球化学法的科学依据和方法依据正在日臻完善;人们对该法不断进行新的改进,并在尽可能地重新考虑和扩大它们的实际应用范围。矿床的地球化学普查法在理论和实际应用上的最大成就,无疑是普查的深度骤然增加了,从而使地球化学法上升到普查深埋矿床的主要方法的行列。随着成矿省的地质研究和普查程度的提高,盲矿体就愈加具有重要意义,因为尤其是在矿山工业的开拓区,盲 Geochemical method has now been steadily included in the comprehensive geological exploration of mineral resources and has been successfully applied to the census and exploration work of various types of deposits. At present, the scientific basis and method basis of geochemical law are being improved. People make new improvements to the law and try to reconsider and expand their practical applications as much as possible. The greatest achievements in theoretical and practical applications of the geochemical census of deposits have undoubtedly been the sudden increase in the depth of the census, leading to the rise of the geochemical method to the main method of census of deep deposits. With the improvement of geological research and census in the mineral-forming provinces, blind ore bodies are of even greater significance because, especially in the mining industry’s pioneering area, blind