物质场—能量场—信息场综合成矿预测——以广西大瑶山矿区为例

doi:10.11872/j.issn.1005-2518.2016.02.059

Abstract

Abstract:

In order to organize the abundance information on synthetic metallogenic prediction more scientifically，improve the reliability of metallogenic prediction，lower the investment risk in mineral exploration，in this study，we took the ore-forming system as the frame and metallogenic prediction as the clue，summarized different influencing factors in ore-forming and metallogenic prediction，and combined these influencing factors with the term of matter field，energy field and information field.Based on analysis of the constitution，construction and property of each field，we introduced the synthetic metallogenic prediction model.Then，the developed model was utilized to multi-metal-barite ore for metallogenic prediction in western part of Dayaoshan mine in Guangxi Province，and we assessed and analyzed the results of synthetic prediction model.In the present work，we linked matter and energy in the metallogenic system with information in metallogenic prediction and mentioned the concept of field，which could be helpful and important for metallogenic prediction in the future.

Key words: matter field, energy field, information field, metallogenic prediction, Dayaoshan mine area, Guangxi Province, matter field, energy field, information field, metallogenic prediction, Dayaoshan mine area, Guangxi Province

CLC Number:

P612

TANG Xiaochun，ZHANG Shanming，ZHANG Zhiguo，ZHANG Hua，FAN Lixin，YAN Liaowei. Application of Energy-field，Matter-field and Information-field Synthetic Metallogenic Prediction：A Case Study in Dayaoshan Mine Area，Guangxi Province[J].Gold Science and Technology, 2016, 24(2): 59-66.

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Application of Energy-field，Matter-field and Information-field Synthetic Metallogenic Prediction：A Case Study in Dayaoshan Mine Area，Guangxi Province

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