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.1384, 北京科技大学学报 第31卷 ce器Eng,2006.6(1).6 [8]Fei XJ.Transportation Hydraulics of Slurry and Grainy Mate- (肖世新,高正明,黄雄斌.改进型Rss静态混合器牛顿流体流 rial.Beijing:Tsinghua University Press.1994 动的实验与数值模拟,过程工程学报,2006,6(1).6) (费祥俊浆体与粒状物料输送水力学.北京:清华大学出版社, [2]Jiang S Q.The study of eccentric annular clearance Reynolds 1994) number and laminar flow area equation under Newtonian fluid [9]Boylu F.Dincer H,Atesok G.Effect of coal particle size distribu- condition.China Offshore Oil Gas,2007.19(6):398 tion,volume fraction and rank on the rheology of coal water slur- (蒋世全.牛顿流体条件下偏心环空间隙雷诺数及层流区域方 ries.Fuel Process Technol,2004.85:241 程研究.中国海上油气,2007,19(6):398) [10]Marn J,Ternik P.Laminar flow of shear thickening fluid in a [3]He CC.Zhang C.Flow law on turbulent -power law laminar 90 pipe bend.Fluid Dyn Res.2006.38:295 stratified flow in rotund pipes.Nat Gas Oil,2008.26(5):17 [11]Yang X Z.Wang X H,Lei JS.Study on grouting diffusion ra- (贺成才,张聪·牛顿流体奈流一幂律流体层流的圆管分层流动 dius of Bingham fluids.J Hydraul Eng.2004(6):1 规律.天然气与石油,2008,26(5):17) (杨秀竹,王星华,雷金山,宾汉体浆液扩散半径的研究及应 [4]Wang Z Y,Fu XZ.Wang Y,et al.Numerical simulation of sol- 用.水利学报,2004(6):1) iliquid flow of Yangtze River water in a semi-annulus reentry [12]Xu Y H.Xu X Q.Rheologic behavior of high-density backfill tube.JChongqing Univ.2008.31(12):1410 and reasonable determination of the parameters for it's gravity- (王子云,付祥钊,王勇,等.半圆环折返管内长江水固液两相流 flow transport.Min Metall.2004(3):16 的数值模拟.重庆大学学报,2008,31(12):1410) (许毓海,许新启,高浓度(膏体)充填流变特性及自流输送参 [5]Ren L Z,Shi J G.Zhang Q,et al.Research on applying solid- 数的合理确定.矿治,2004(3):16) fluid double phase theory to water coal slurry nozzle.Coal Mine [13]Newman P D.Pine R J.Ross Kevin.The optimization of high Mach,2006,27(7):173 density backfill at the Stratoni Operations,Greece/Proceedings (任兰柱,师建国,张强,等.固液两相流理论在水煤浆喷嘴上的 of the 7th International Symposium on Mining with Backfill. 应用研究,煤矿机械,2006,27(7):173) Washington:Seattle,2001:273 [6]Zhao Z N.Hao R.Wang L.Analyses of physical mechanism and [14]Cai M F,Li C L,Xie M W.et al.Subsidence prediction and numerical simulation for micro-convection enhancement the solid- surface deformation monitoring and analysis in Beiminghe Iron liquid two phase flow.JEng Thermophys.2005,26(4):656 Mine.China.J Univ Sci Technol Beijing.2008.30(2):109 (赵镇南,郝容,王利,固液两相流中微对流强化的机理分析与 (蔡美峰,李春雷,谢谟文,等,北名河铁矿开采沉陷预计及地 数值模拟.工程热物理学报,2005,26(4):656) 表变形监测与分析.北京科技大学学报,2008,30(2):109) [7]Cheng C J.Li B,Zhao H W.Application and development of [15]Yang CX.Luo Z Q.Hu G B.et al.Application of a microseis- rheology Contemp Chem Ind,2008.37(2):221 mic monitoring system in deep mining.JUniv Sci Technol Bei- (陈朝俊,李斌,赵宏伟·流变学的应用与发展-当代化工,2008, jing,2007,14(1):6 37(2):221)cess Eng‚2006‚6(1):6 (肖世新‚高正明‚黄雄斌.改进型 Ross 静态混合器牛顿流体流 动的实验与数值模拟.过程工程学报‚2006‚6(1):6) [2] Jiang S Q.The study of eccentric annular clearance Reynolds number and laminar flow area equation under Newtonian fluid condition.China Of fshore Oil Gas‚2007‚19(6):398 (蒋世全.牛顿流体条件下偏心环空间隙雷诺数及层流区域方 程研究.中国海上油气‚2007‚19(6):398) [3] He C C‚Zhang C.Flow law on turbulent-power law laminar stratified flow in rotund pipes.Nat Gas Oil‚2008‚26(5):17 (贺成才‚张聪.牛顿流体紊流-幂律流体层流的圆管分层流动 规律.天然气与石油‚2008‚26(5):17) [4] Wang Z Y‚Fu X Z‚Wang Y‚et al.Numerical simulation of sol￾id-liquid flow of Yangtze River water in a sem-i annulus reentry tube.J Chongqing Univ‚2008‚31(12):1410 (王子云‚付祥钊‚王勇‚等.半圆环折返管内长江水固液两相流 的数值模拟.重庆大学学报‚2008‚31(12):1410) [5] Ren L Z‚Shi J G‚Zhang Q‚et al.Research on applying solid￾fluid double phase theory to water coal slurry nozzle.Coal Mine Mach‚2006‚27(7):173 (任兰柱‚师建国‚张强‚等.固液两相流理论在水煤浆喷嘴上的 应用研究.煤矿机械‚2006‚27(7):173) [6] Zhao Z N‚Hao R‚Wang L.Analyses of physical mechanism and numerical simulation for micro-convection enhancement the solid￾liquid two phase flow.J Eng Thermophys‚2005‚26(4):656 (赵镇南‚郝睿‚王利.固液两相流中微对流强化的机理分析与 数值模拟.工程热物理学报‚2005‚26(4):656) [7] Cheng C J‚Li B‚Zhao H W.Application and development of rheology.Contemp Chem Ind‚2008‚37(2):221 (陈朝俊‚李斌‚赵宏伟.流变学的应用与发展.当代化工‚2008‚ 37(2):221) [8] Fei X J.T ransportation Hydraulics of Slurry and Grainy Mate￾rial.Beijing:Tsinghua University Press‚1994 (费祥俊.浆体与粒状物料输送水力学.北京:清华大学出版社‚ 1994) [9] Boylu F‚Dincer H‚Atesok G.Effect of coal particle size distribu￾tion‚volume fraction and rank on the rheology of coa-l water slur￾ries.Fuel Process Technol‚2004‚85:241 [10] Marn J‚Ternik P.Laminar flow of shear-thickening fluid in a 90°pipe bend.Fluid Dyn Res‚2006‚38:295 [11] Yang X Z‚Wang X H‚Lei J S.Study on grouting diffusion ra￾dius of Bingham fluids.J Hydraul Eng‚2004(6):1 (杨秀竹‚王星华‚雷金山.宾汉体浆液扩散半径的研究及应 用.水利学报‚2004(6):1) [12] Xu Y H‚Xu X Q.Rheologic behavior of high-density backfill and reasonable determination of the parameters for it’s gravity￾flow transport.Min Metall‚2004(3):16 (许毓海‚许新启.高浓度(膏体)充填流变特性及自流输送参 数的合理确定.矿冶‚2004(3):16) [13] Newman P D‚Pine R J‚Ross Kevin.The optimization of high density backfill at the Stratoni Operations‚Greece∥ Proceedings of the7th International Symposium on Mining with Backfill. Washington:Seattle‚2001:273 [14] Cai M F‚Li C L‚Xie M W‚et al.Subsidence prediction and surface deformation monitoring and analysis in Beiminghe Iron Mine‚China.J Univ Sci Technol Beijing‚2008‚30(2):109 (蔡美峰‚李春雷‚谢谟文‚等.北 河铁矿开采沉陷预计及地 表变形监测与分析.北京科技大学学报‚2008‚30(2):109) [15] Yang C X‚Luo Z Q‚Hu G B‚et al.Application of a microseis￾mic monitoring system in deep mining.J Univ Sci Technol Bei￾jing‚2007‚14(1):6 ·1384· 北 京 科 技 大 学 学 报 第31卷
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