Multi-Fractal Behaviors in Grain Size Distribution of Low Silica Sinter

Multi-Fractal Behaviors in Grain Size Distribution of Low Silica Sinter

Multi-fractal theory is used to detect fractal behaviors embedded in grain size distribution ofsinter with low SiO2. Impacts of SiO2, basicity, and MgO on structures of sinter ore are measured quantitatively by means of fractal dimension dm, d(1) and multi-fractal strength Δd. Increase of SiO2 induc...

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Veröffentlicht in:Applied Mechanics and Materials 2013-01, Vol.268-270, p.344-347
Hauptverfasser: Zhang, Qing Jun, Liu, Jin Gang, Li, Yuan Liang, Zhang, Yu Zhu, Liu, Qing, Mo, Wen Ling
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Li, Yuan Liang
Zhang, Yu Zhu
Liu, Qing
Mo, Wen Ling
description Multi-fractal theory is used to detect fractal behaviors embedded in grain size distribution ofsinter with low SiO2. Impacts of SiO2, basicity, and MgO on structures of sinter ore are measured quantitatively by means of fractal dimension dm, d(1) and multi-fractal strength Δd. Increase of SiO2 induces decrease of fractal dimension and multi-fractal strength. While proper levels of carbon, basicity, and MgO lead to minimum values of fractal dimension and multi-fractal strength. This kind of quantitative measurement of structures in sinter ore can help us to investigate the relation of mechanical properties and structures in a quantitative way.
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