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·1392· 工程科学学报,第38卷,第10期 (彭宝翠,张炳哲.钢铁厂熔渣热量的回收和利用.治金动 steel slag under different cooling conditions.Waste Manage, 力,2005(4):105) 2007,27(10):1335 4]Dai X T,Qi Y H,Zhang C X,et al.Analysis of blast furnace [13]Liapis I,Papayianni I.Advances in chemical and physical prop- slag quenching dry granulation process.J Iron Steel Res,2007,19 erties of electric arc fumace carbon steel slag by hot stage pro- (5):14 cessing and mineral mixing.J Hazard Mater,2015,283:89 (戴晓天,齐渊洪,张春霞,等.高炉渣急冷干式粒化处理工 [14]Yang H.A Newe Technology of Mineral Cotton Preparation by 艺分析.钢铁研究学报,2007,19(5):14) One-step Method through efficiently Utilizing Sensitive Heat of In- 5]Xu YT,Ding Y,Cai Z P,et al.Development of heat recovery dustrial Furnace Molten Slag:China Patent,02152584.6. from blast frunace slag using dry granulation methods.China 2003-05-21 Metall,2007,17(9):1 (杨桦.高效利用工业炉熔渣显热的新一步法矿棉技术:中 (徐永通,丁毅,蔡漳平,等.高炉熔渣干式显热回收技术研 国专利,02152584.6.200305-21) 究进展.中国治金,2007,17(9):1) [15]Dai W B.Study on Steel Slag Hot Modification Process,Equip- [6]Mao Y L,Qu Y L,Wang Z.Review of blast frunace molten slag ment and Preparation for Glass-Ceramics Manufacturing [Disser- treatment and sensible heat revovery technologies.Shanghai Met, tation].Beijing:University of Science and Technology Beijing, 2013,35(3):45 2016 (毛艳丽,曲余玲,王逐,高炉熔渣处理及显热回收工艺的研 (代文彬.钢渣热态改质的工艺、装备及制备微品玻璃的研 究进展.上海金属,2013,35(3):45) 究[学位论文].北京:北京科技大学,2016) Wang B.Wang X C,Yuan Y C,et al.Advances in the study of [16]Li Y,Zhang L L.Zong Y B,et al.Granularity and reactivity of the blast fumace slag waste heat recovery technologies.J Eng melted slag quenched and atomized by a high pressure water jet Therm Energ Power,2014,29(2):113 J Unir Sci Technol Beijing,2011,33 (2):161 (王波,王夕晨,袁益超,等.高炉炉渣余热回收技术的研究 (李宇,张玲玲,宗燕兵,等.钢铁熔渣在高压水射流条件下 进展.热能动力工程,2014,29(2):113) 的粒度与胶凝活性变化规律.北京科技大学学报,2011,33 8]Wang JR,An B,Liu J.On the sensible heat recovery technique (2):161) by granulating blast frunace slag with rotary cup.EnergyEnergy [17]Dai W B,Li Y,Cang D Q.Effects of heat treatment process on Conserv,2014(6):129 the microstructure and properties of BOF slag based glass ceram- (王俊人,安彪,刘洁.旋转杯粒化高炉渣显热回收工艺综 ics.J Unir Sci Technol Beijing,2013,35(11):1507 述.能源与节能,2014(6):129) (代文彬,李宇,苍大强.热处理过程对钢渣微晶玻璃结构 9]Qin YL,Qiu G B,Bai C G,et al.Development of study on sen- 和性能的影响规律.北京科技大学学报,2013,35(11): sible heat recovery from blast fumace slag by chemical methods. 1507) China Metall,2011,21(4):1 08] Zhao G Z,Li Y,Dai W B,et al.Preparation and processing pa- (秦跃林,邱贵宝,白晨光,等.化学法回收高炉熔渣显热的 rameter research of high basicity steel slag-based glass-ceramics 研究进展.中国治金,2011,21(4):1) with One-step sintering process.Chin Eng,2016,38(2):207 [10]Dai W B.Cang DQ,Li Y.Present status of heat reeovery of (赵贵州,李宇,代文彬,等.钢渣基高碱度微品玻璃的一步 molten slag with chemical methods.Energ Metall Ind,2012,31 法制备及工艺参数研究.工程科学学报,2016,38(2): (3):37 207) (代文彬,苍大强,李宇.化学法回收熔渣余热的研究现状 [19]Lu X.Li Y,Dai W B,et al.Effect of composition and sintering 治金能源,2012,31(3):37) process on mechanical properties of glass ceramics from solid [11]Long Y,Du PP,LiZ H,et al.The blast furnace slag prepared waste.Adv Appl Ceram,2016,115 (1)13 by using the method of fibrosis directly into slag wool.Sci 120]Ye D L.Handbook of Thermodynamic Data for Practical Inorgan- Technol Eng,2015,13(35):87 ic Compounds.2nd Ed.Beijing:Metallurgical Industry Press, (龙跃,杜培培,李智慧,等.高炉熔渣直接纤维化制备矿渣 2002:670 棉.科学技术与工程,2015,13(35):87) (叶大伦.实用无机物热力学数据手册.2版.北京:治金工 [12]Tossavainen M,Engstrom F,Yang Q,et al.Characteristics of 业出版社,2002:670)工程科学学报,第 38 卷,第 10 期 ( 彭宝翠,张炳哲. 钢铁厂熔渣热量的回收和利用. 冶金动 力,2005( 4) : 105) [4] Dai X T,Qi Y H,Zhang C X,et al. 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