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DYNAMIC MATHEMATICAL MODEL OF CHEMICAL COMPOSITION FOR MELTED IRON IN CUPOLA AND MICROCOMPUTER SIMULATION

DYNAMIC MATHEMATICAL MODEL OF CHEMICAL COMPOSITION FORMELTED IRON IN CUPOLA ANDMICROCOMPUTER SIMULATION
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摘要 Sequential melting theory is applied to reteal that fluctuation of chemical composition ofmelted iron in cupola is caused by the process of sequential melting. Fluctuation is incvitable andcyclc. Usting microcornputer dynamic simulation has confirmed that the fluctuation situation ofchemical composition cf melted iron is contistent with actuaa production on the whole. Sequential melting theory is applied to reteal that fluctuation of chemical composition ofmelted iron in cupola is caused by the process of sequential melting. Fluctuation is incvitable andcyclc. Usting microcornputer dynamic simulation has confirmed that the fluctuation situation ofchemical composition cf melted iron is contistent with actuaa production on the whole.
出处 《Chinese Journal of Mechanical Engineering》 SCIE EI CAS CSCD 1995年第4期332-338,共17页 中国机械工程学报(英文版)
关键词 Cupola Melted iron Chemical composition Simulation Cupola Melted iron Chemical composition Simulation
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