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·1694· 工程科学学报,第38卷,第12期 程,2001,21(3):69) 构研究.武汉科技大学学报,2013,36(4):246) 4]Zhang D H,He Z J,Jin Y L.Experimental study on the influence [11]Jiao G H,Xiao Z Q,Zhan Q L.Impact of grain size of lime of quicklime adding ratio on sintering production with MBR ore. stone on the activity of the material itself.Steelmaking,1992 Sintering Pelletizing.2009,34(1):42 (3):43 (张代华,何志军,金永龙.生石灰用量对MBR矿粉生产烧 (焦国华,肖泽强,詹庆林.石灰石品粒度对石灰活性度的 结矿影响的实验研究.烧结球团,2009,34(1):20) 影响.炼钢,1992(3):43) 5]Li ZC.Jin C R.Improvement and effect of adding quick lime in [12]Moropoulou A,Bakolas A,Aggelakopoulou E.The effects of Sintering.Sintering Pelletizing,1993,18(3):59 limestone characteristics and calcination temperature to the reac- (李占慈,金光荣.烧结加生石灰的改进与效果.烧结球团, tivity of the quicklime.Cem Concr Res,2001,31 (4),633 1993,18(3):59) [13]Chen H,Zhang S H,Yang H P,et al.Activity analysis of lime- 6]Wang Y H.Ren L Q.Lu Z H,et al.Influence of proportion of stone calcined product.Inorg Chem Ind,2013,45(3):12 burnt lime on sintering process.Sintering Pelletizing,2012,37 (陈海,张世红,杨海平,等.石灰石煅烧产物活性分析.无 (6):23 机盐工业,2013,45(3):12) (王永红,任立群,陆志宏,等.生石灰配比对烧结过程的影 [14]Xia YY,Fu W,Huang T H,et al.Simulation and experimental 响.烧结球团,2012,37(6):23) study on pore size distribution of Ca0 from limestone caleination. Berito DT,Botter R,Cabella R,et al.A consecutive decomposi- JPower Eng,2009,29(11):1057 tion-sintering dilatometer method to study the effect of limestone (夏迎迎,付炜,黄桃花,等.石灰石煅烧产物C0的孔隙 impurities on lime microstructure and its water reactivity.Eur 特征模拟及实验研究.动力工程,2009,29(11):1057) Ceram Soc,2010,30(6):1277 [15]Jian Y C.About activity measurement of quick lime.Sintering [8]Silva A C,Parreira P M,Henrique H M,et al.Study and optimi- Pelletizing,1992,17(2):23 zation of reaction of hydration of calcium oxide to produce of slaked (简云川.活性石灰活性度测定中的问题.烧结球团,1992, lime suspension.Mater Sci Forum,2008,591593:816 17(2):23) [9]Yue K X,Dong Y C,Wang S J,et al.Experimental study on cal- [16]Zhang L,Wu S L,Zhang Y Z,et al.Study on the performance cining active lime from the limestone.J Anhui Univ Technol, evaluation method of the quicklime used for sintering.Sintering 2001,18(2):101 Pelletizing,2015.40(3)7 (乐可襄,董元篪,王世俊,等.石灰石煅烧活性石灰的实验 (张丽,吴胜利,张永忠,等.烧结用生石灰性能评价方法研 研究.安徽工业大学学报,2001,18(2):101) 究.烧结球团,2015,40(3):7) [10]Zuo H B,Xu C F,Zhang J L,et al.Research on activity degree [17]Leontakianakos G,Baziotis I,Papandreou A,et al.A compara- and microstructure of sinter flux.J Wuhan Unie Sci Technol, tive study of the physicochemical properties of Mg-rich and Ca- 2013,36(4):246 rich quicklime and their effect on reactivity.Mater Struct,2015, (左海滨,徐承飞,张建良,等.烧结熔剂的活性度和显微结 48(11):3735工程科学学报,第 38 卷,第 12 期 程,2001,21( 3) : 69) [4] Zhang D H,He Z J,Jin Y L. Experimental study on the influence of quicklime adding ratio on sintering production with MBR ore. Sintering Pelletizing,2009,34( 1) : 42 ( 张代华,何志军,金永龙. 生石灰用量对 MBR 矿粉生产烧 结矿影响的实验研究. 烧结球团,2009,34( 1) : 20) [5] Li Z C,Jin G R. Improvement and effect of adding quick lime in Sintering. Sintering Pelletizing,1993,18( 3) : 59 ( 李占慈,金光荣. 烧结加生石灰的改进与效果. 烧结球团, 1993,18( 3) : 59) [6] Wang Y H,Ren L Q,Lu Z H,et al. Influence of proportion of burnt lime on sintering process. Sintering Pelletizing,2012,37 ( 6) : 23 ( 王永红,任立群,陆志宏,等. 生石灰配比对烧结过程的影 响. 烧结球团,2012,37( 6) : 23) [7] Berito D T,Botter R,Cabella R,et al. A consecutive decomposi￾tion-sintering dilatometer method to study the effect of limestone impurities on lime microstructure and its water reactivity. J Eur Ceram Soc,2010,30( 6) : 1277 [8] Silva A C,Parreira P M,Henrique H M,et al. Study and optimi￾zation of reaction of hydration of calcium oxide to produce of slaked lime suspension. Mater Sci Forum,2008,591-593: 816 [9] Yue K X,Dong Y C,Wang S J,et al. Experimental study on cal￾cining active lime from the limestone. J Anhui Univ Technol, 2001,18( 2) : 101 ( 乐可襄,董元篪,王世俊,等. 石灰石煅烧活性石灰的实验 研究. 安徽工业大学学报,2001,18( 2) : 101) [10] Zuo H B,Xu C F,Zhang J L,et al. Research on activity degree and microstructure of sinter flux. J Wuhan Univ Sci Technol, 2013,36( 4) : 246 ( 左海滨,徐承飞,张建良,等. 烧结熔剂的活性度和显微结 构研究. 武汉科技大学学报,2013,36( 4) : 246) [11] Jiao G H,Xiao Z Q,Zhan Q L. Impact of grain size of lime stone on the activity of the material itself. Steelmaking,1992 ( 3) : 43 ( 焦国华,肖泽强,詹庆林. 石灰石晶粒度对石灰活性度的 影响. 炼钢,1992( 3) : 43) [12] Moropoulou A,Bakolas A,Aggelakopoulou E. The effects of limestone characteristics and calcination temperature to the reac￾tivity of the quicklime. Cem Concr Res,2001,31( 4) ,633 [13] Chen H,Zhang S H,Yang H P,et al. Activity analysis of lime￾stone calcined product. Inorg Chem Ind,2013,45( 3) : 12 ( 陈海,张世红,杨海平,等. 石灰石煅烧产物活性分析. 无 机盐工业,2013,45( 3) : 12) [14] Xia Y Y,Fu W,Huang T H,et al. Simulation and experimental study on pore size distribution of CaO from limestone calcination. J Power Eng,2009,29( 11) : 1057 ( 夏迎迎,付炜,黄桃花,等. 石灰石煅烧产物 CaO 的孔隙 特征模拟及实验研究. 动力工程,2009,29( 11) : 1057) [15] Jian Y C. About activity measurement of quick lime. Sintering Pelletizing,1992,17( 2) : 23 ( 简云川. 活性石灰活性度测定中的问题. 烧结球团,1992, 17( 2) : 23) [16] Zhang L,Wu S L,Zhang Y Z,et al. Study on the performance evaluation method of the quicklime used for sintering. Sintering Pelletizing,2015,40( 3) : 7 ( 张丽,吴胜利,张永忠,等. 烧结用生石灰性能评价方法研 究. 烧结球团,2015,40( 3) : 7) [17] Leontakianakos G,Baziotis I,Papandreou A,et al. A compara￾tive study of the physicochemical properties of Mg-rich and Ca￾rich quicklime and their effect on reactivity. Mater Struct,2015, 48( 11) : 3735 ·1694·
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