Computer Design of Low Silicon Sinter Fractal Dimension Based on SEM Images

Chang Ying Zhou

doi:10.4028/www.scientific.net/AMR.510.694

Paper Titles

Investigation of Sodium Hyaluronate/ Konjac Glucomannan Blend Films
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Study on the Microstructure and the Mechanical Properties of Zr R60702
p.679

Modified Zeolite and Treatment with Cr³⁺ in the Wastewater
p.683

Development of High Performance Mid-Temperature Burnt Al₂O₃-ZrO₂-C Slide Gates
p.689

Computer Design of Low Silicon Sinter Fractal Dimension Based on SEM Images
p.694

Research of a Kind of New Intelligent Robot Hand Material
p.698

Evaluation of the Uncertainty in Determination of the Alumina Content in Limestone by Chrome Azurol S Photometry
p.704

Programme of Using Thorium Resources in China Nuclear Power Development
p.710

Experimental Researches on the Preparation of High-Efficient Active Floridin by Mixed Acids
p.713

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 510Computer Design of Low Silicon Sinter Fractal...

Computer Design of Low Silicon Sinter Fractal Dimension Based on SEM Images

Abstract:

Sinter as an intermediate product of the iron making, is a multiphase medium, and the microstructure of finished sinter directly affects the quality of sinter. But because the sinter micro structure of the extreme irregularities, it is difficult to use the traditional quantitative methods on the accurate description, the introduction of the fractal theory provides us with new ideas. According to the characteristics of sinter SEM photos, and used the VC++ computer programming language, it is researched and designed that the fractal dimension of calculation program (FWJS) based on the sinter SEM microscopic photos, through which got the fractal dimension value and describe the microscopic structure of the sample quantificationally, which has very important practical significance for the fractal research of sinter .