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“Low Creep Ultra-high Temperature Corundum Mullite Kiln Furnature” Developed by Sinosteel LIRR Rewarded as “National New Product”
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《China's Refractories》 CAS 2012年第4期12-12,共1页
Recently, " Low Creep Ultra-high Temperature Corundum Mullite Kiln Fumature" developed by Sinosteel L1RR was listed in The National New Product Program in 2012 of The Ministry of Science and Technology of China.
关键词 high Low Creep Ultra-high temperature Corundum Mullite kiln Furnature
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Comparison of Temperature Field Distribution between Cement Preclinkering Technology and Cement Precalcining Technology
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作者 徐迅 WANG Lan 《Journal of Wuhan University of Technology(Materials Science)》 SCIE EI CAS 2016年第2期355-360,共6页
Through the comparison of calcination conditions between cement preclinkering technology and cement precalcining technology,we studied the characteristics of temperature field distribution of cement preclinkering tech... Through the comparison of calcination conditions between cement preclinkering technology and cement precalcining technology,we studied the characteristics of temperature field distribution of cement preclinkering technology systems including cyclone preheater,preclinkering furnace,and rotary kiln.We used numericalsimulation method to obtain data of temperature field distribution.Some results are found by system study.The ratio of tailcoalof cement preclinkering technology is about 70%,and raw mealtemperature can reach 1070 ℃.Shorter L/D kiln type of preclinkering technology can obtain more stable calcining zone temperature.The highest solid temperature of cement preclinkering technology is higher than 80 ℃,and high temperature region(〉1450 ℃)length is 2 times,which is beneficialfor calcining clinker and higher clinker quality.So cement preclinkering technology can obtain more performance temperature filed,which improves both the solid-phase reaction and liquid-phase reaction. 展开更多
关键词 cement preclinkering technology temperature field distribution kiln production heat balance solve the equation
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Temperature Field Simulation Model for Rotary Kiln of Iron Ore Oxidized Pellet 被引量:2
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作者 FAN Xiao-hui LI Jun +2 位作者 CHEN Xu-ling WANG Yi GAN Min 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2013年第4期16-19,共4页
Based on conduction,convection and radiation heat transfer among the flue gas,kiln wall,and the pellet bed material,and on the basis of the coal combustion and analysis of reaction heat of pellet induration in the rot... Based on conduction,convection and radiation heat transfer among the flue gas,kiln wall,and the pellet bed material,and on the basis of the coal combustion and analysis of reaction heat of pellet induration in the rotary kiln,the temperature field model of rotary kiln was established.Using visual studio net,matlab and open source computer vision library as development tools,combining with the ActiveX data objects database technology,the temperature field simulation system for rotary kiln of iron ore oxidized pellet production was developed.Temperature distribution of pellet and flue gas in rotary kiln was dynamically displayed. 展开更多
关键词 iron ore oxidized pellet rotary kiln temperature distribution mathematical model
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