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Metallogenic Districts of Yangtze Cratonic Rim at the Edge of Chaos 被引量:2

Metallogenic Districts of Yangtze Cratonic Rim at the Edge of Chaos *
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摘要 Combining the science of complexity with ore geology, the author puts forward a new theory of metallogenesis: “complexity and self organized criticality of metallogenic dynamic systems”, and three fundamental theories are raised for it. The ore genesis and regularity of ore formation of four metallogenic districts around the Yangtze craton in China are studied with this theory. It is found that “metallogenic districts of Yangtze cratonic rim are all at the edge of chaos”. This proposition is expounded by four determinative criteria of the edge of chaos for metallogenic districts of Yangtze cratonic rim. Combining the science of complexity with ore geology, the author puts forward a new theory of metallogenesis: “complexity and self organized criticality of metallogenic dynamic systems”, and three fundamental theories are raised for it. The ore genesis and regularity of ore formation of four metallogenic districts around the Yangtze craton in China are studied with this theory. It is found that “metallogenic districts of Yangtze cratonic rim are all at the edge of chaos”. This proposition is expounded by four determinative criteria of the edge of chaos for metallogenic districts of Yangtze cratonic rim.
出处 《Journal of Earth Science》 SCIE CAS CSCD 1999年第1期5-11,共7页 地球科学学刊(英文版)
关键词 self organized criticality (SOC) edge of chaos power law fractal structure soliton supercritical geofluid spatio temporal chaos. self organized criticality (SOC), edge of chaos, power law, fractal structure, soliton, supercritical geofluid, spatio temporal chaos.
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