［1］ 董辉,李磊,刘文军,等. 烧结矿余热竖罐式回收利用工艺流程［J］. 中国冶金,2012,22（1）：6-11.
DONG Hui,LI Lei,LIU Wenjun,et al. Process of waste heat recovery and utilization for sinter in vertical tank ［J］. China Metallurgy,2012,22（1）：611．
［2］ 赵 斌,张玉柱,苍大强,等. 立式烧结冷却机与余热发电工艺研发［J］. 烧结球团,2009,34（6）：510．
ZHAO Bin,ZHANG Yuzhu,CANG Daqiang,et al. Development of a vertical sinter cooler and waste heat generating process ［J］. Sintering and Pelletizing,2009,34（6）：510．
［3］ 黄连锋,田付有,厉青,等. 烧结矿立式冷却装置气固传热性能分析［J］. 浙江大学学报：工学版,2015,49（5）：916923．
HUANG Lianfeng,TIAN Fuyou,LI Qing,et al. Analysis of gassolid heat transfer performance in vertically – arranged sinter coolers ［J］. Journal of Zhejiang University ：Engineering Science,2015,49（5）：916-923．
［4］ 冯军胜,董辉,李明明,等. 烧结余热回收竖罐内固定床层的阻力特性［J］. 中南大学学报：自然科学版,2014,45（8）：2566-2571．
FENG Junsheng, DONG Hui, LI Mingming, et al. Resistance characteristics of fixed bed layer in vertical tank for recovering sinter waste heat\[J\]. Journal of Central South University:Science and Technology,2014,45(8)：2566-2571．
［5］ TIAN F Y,HUANG L F,FAN L W,et al. Pressure drop in a packed bed with sintered ore particles as applied to sinter coolers with a novel vertically arranged design for waste heat recovery ［J］. Journal of Zhejiang University  SCIENCE A,2016,17（2）：89-100．
［6］ ALLEN K.G.,BACKSTRM T W,KRGER D G. Packed bed pressure drop dependence on particle shape, size distribution, packing arrangement and roughness ［J］. Powder Technology,2013,246:590-600．
［7］ CHENG N S. Wall effect on pressure drop in packed beds ［J］. Powder Technology,2011,210:261-266．
［8］ MONTILLET A. Flow through a finite packed bed of spheres: A note on the limit of applicability of the Forchheimer-type equation ［J］. Journal of Fluids Engineering,Transactions of ASME,2004,126:139-143．
［9］ HLUSHKOU D,TALLAREK U. Transition from creeping via viscous-inertial to turbulent flow in fixed beds ［J］. Journal of Chromatography A,2006,1126,7085.
［10］ FAND R M,KIM B Y K,LAM A C C,et al. Resistance to the flow of fluids through simple and complex porous media whose matrices are composed of randomly packed spheres ［J］. Journal of Fluids Engineering,Transactions of ASME,1987,109:268273．
［11］ FAND R M,THINAKARAN R. The influence of the wall on flow through pipes packed with spheres ［J］. Journal of Fluids Engineering,Transactions of ASME,1990,112:8488．
［12］ LI L X,MA W M. Experimental characterization of the effective particle diameter of a particulate bed packed with multidiameter spheres ［J］. Nuclear Engineering and Design,2011,241（5）：1736-1745．
［13］ ENDO Y,CHEN D R,PUI D Y H. Air and water permeation resistance across dust cakes on filters-effects of particle polydispersity and shape factor ［J］. Powder Technology,2001,118：24-31.
［14］ KEYSER M J,CONRADIE M,COERTZEN M,et al. Effect of coal particle size distribution on packed bed pressure drop and gas flow distribution ［J］. Fuel,2006,85（10/11）：14391445．
［15］ BRUCH A,FOURMIGU J F,COUTURIER R. Experimental and numerical investigation of a pilot-scale thermal oil packed bed thermal storage system for CSP power plant ［J］. Solar Energy,2014,105:116125．
［16］ KOEKEMOER A,LUCKOS A. Effect of material type and particle size distribution on pressure drop in packed beds of large particles: Extending the Ergun equation ［J］. Fuel,2015,158:232238．
［17］ PAN L W,DAI F Q,TIAN Y Q,et al. Experimental investigation of the sphericity of irregularly shaped oil shale particle groups ［J］. Advanced Powder Technology,2015,26（1）：66-72．
［18］ OZAHI E,GUNDOGDU M Y,CARPINLIOGLU M . A modification on Erguns correlation for use in cylindrical packed beds with nonspherical particles ［J］. Advanced Powder Technology,2008,19（4）：369-381．
［19］ LUCKOS A,BUNT J R. Pressuredrop predictions in a fixedbed coal gasifier ［J］. Fuel,2011,90（3）：917-921．
［20］ GB/T 245862009. 铁矿石表观密度、真密度和孔隙率的测定［S］. 北京：中国标准出版社,2009.
GB/T 245862009. Iron ores—Determination of apparent density, true density and porosity ［S］. Beijing:Standards Press of China,2009．
［21］ LEITZELEMENT M,SENG LO C,DODDS J. Porosity and permeability of ternary mixtures of particles ［J］. Powder Technology,1985,41:159-164.
［22］ DUKHAN N,BACL ,ZDEMIR M. Experimental flow in various porous media and reconciliation of Forchheimer and Ergun relations ［J］. Experimental Thermal and Fluid Science,2014,57:425-433.
［23］ ERGUN S. Fluid flow through packed columns ［J］. Chemical Engineering Progress,1952,48（2）：89-94．
［24］ METHA D,HAWLEY M C. Wall effect in packed columns ［J］. Industrial & Engineering Chemistry Process Design and Development,1969,8（2）：280-282．
［25］ SEGUIN D,MONTILLET A,COMITI J,et al. Experimental characterization of flow regimes in various porous mediaII: Transition to turbulent regime ［J］. Chemical Engineering Science,1998,53（22）：3897-3909.