Micrograph recogniziation and system development of sinter mineralogy

作者：Fan Xiao Hui; Zhao Zhong Hua; Chen Xu Ling^*; Gan Min; Wang Yi

来源：Journal of Central South University(Science and Technology), 2011, 42(10): 2893-2897.

• Fuzzy C-means algorithms
• Micrograph
• Mineral composition
• Recognition algorithm
• Region growing algorithm
• Relative errors
• System development
• Water-shed algorithm

In order to calculate the mineral composition of sinter accurately and rapidly, the system for recognizing micrograph of sinter mineralogy was researched and developed. Principles for selecting the recognition algorithm were established based on the features of mineralogy micrographs of sinter with different basicities. Experiments for recognizing micrograph were taken out with watershed algorithm, fuzzy C-means algorithm, and region growing algorithm in order to study the method for recognizing micrograph of sinter mineralogy. The results indicate that the region growing algorithm is suitable for sinter micrograph recognition. The system for recognizing micrograph of sinter mineralogy is developed by VC++ 2003.net. The relative error of sinter mineralogy recognized by this system is less than 5%, compared with that tested which can meet the accuracy requirement of sinter mineralogy processing.

• 出版日期2011
• 单位中南大学