| [1] | 高夫燕，刘建忠，王传成，等． 石油焦的成浆性及水焦浆的流变性和稳定性[J]． 化工学报， 2010，61(11)：2912-2918． Gao Fuyan，Liu Jianzhong，Wang Chuancheng，et al．Slurryability of petroleum coke and rheological characteristics and stability of PCWS[J]．CIESC Journal，2010，61(11)
|
| [2] | 展秀丽，刘鑫，徐少特，等． 灰渣对石油焦浆稳定性的影响研究[J]． 化学工程， 2010，38(3)：86-90． Zhan Xiuli，Liu Xin，Xu Shaote，et al．Effect of coal slag on stability of petroleum coke water slurry[J]．Chemical Engineering (China)，2010，38(3)
|
| [3] | 邹建辉，杨波丽，龚凯峰，等． 石油焦成浆性能的研究[J]． 化学工程， 2008，36(3)：22-25． Zou Jianhui，Yang Boli，Gong Kaifeng，et al．Research on slurryability of petroleum coke[J]．Chemical Engineering (China)，2008，36(3)
|
| [4] | 李明，李伟东，李伟锋，等． 污泥与石油焦的共成浆性[J]． 石油学报石油加工， 2008，24(6)：663-668． Li Ming，Li Weidong，Li Weifeng，et al．Co-slurry ability of sewage sludge and petroleum coke[J]．Acta Petrolei Sinica (Petroleum Processing Section)，2008，24(6)
|
| [5] | Crawford B，Watterson J K，Spedding P L，et al． Wall slippage with siloxane gum and silicon rubbers[J]． Journal of Non-Newtonian Fluid Mechanics， 2005(129)：38-45．
|
| [6] | Yeow Y L，Leong Y k． ，Ash K． Non-Newtonian flow in parallel-disk viscometers in the presence of wall slips[J]．Journal of Non-Newtonian Fluid Mechanics， 2006，139(2)：85-92．
|
| [7] | Ottinger H C． Thermodynamic formulation of wall slip[J]． Journal of Non-Newtonian Fluid Mechanics， 2008，152(3)：66-75．
|
| [8] | 陈良勇，段钰锋，刘猛，等． 壁面滑移条件下水煤浆的流动阻力和减阻特性[J]． 中国电机工程学报， 2010，30(5)：41-48． Chen Liangyong，Duan Yufeng，Liu Meng，et al．Flow resistance and drag-reduction properties of coal water slurries in pipe flow with the presence of wall slip[J]．Proceedings of the CSEE，2010，30(5)
|
| [9] | 马修元，段钰锋，刘猛，等． 基于PSO-BP神经网络的水焦浆管道压降预测[J]． 中国电机工程学报， 2012，32(5)：54-60． Ma Xiuyuan，Duan Yufeng，Liu Meng，et al．Prediction of pressure drop of coke water slurry flowing in pipeline by PSO-BP neural network[J]．Proceedings of the CSEE，2012，32(5)
|
| [10] | 孟令杰，孔珑，章名耀． 水煤浆管内流动的相似准数及其阻力特性[J]． 化工学报， 1995，46(3)：298-303． Meng Lingjie，Kong Long，Zhang Mingyao．Similitude criterion and resistance characteristics of coal-water slurry flowing in pipe[J]．Journal of Chemical Industry and Engineering，1995，46(3)
|
| [11] | Ruiz-Viera M J． Delgado M A，Franco J M． On the drag reduction for the two-phase horizontal pipe flow of highly viscous non-Newtonian liquid/air mixtures：Case of lubricating grease[J]．International Journal of Multiphase Flow， 2006，32(2)：232-247．
|
| [12] | Yeow Y L，Lee H L，Melvani A R，et al． A new method of processing capillary viscometry data in the presence of wall slip[J]． Journal of Rheology， 2003，47(2)：337-348．
|
| [13] | Yeow Y L，Nguyen Y T，Thuy D V，et al． Processing the capillary viscometry data of fluids with yield stress[J]． Rheologica Acta， 2000，39(1)：392-398．
|
| [14] | Wang Z Y，Lam Y C，Chen X，et al． Viscosity corrections for concentrated suspension in capillary flow with wall slip[J]． AIChE Journal， 2010，56(6)：1447-1455．
|
| [15] | Kalyon D M． Apparent slip and viscoplasticity of concentrated suspensions[J]． Journal of Rheology， 2005，49(3)：621-640．
|
| [16] | Chakrabandhu K，Singh R K． Wall slip determination for coarse food suspensions in tube flow at high temperatures[J]． Journal of Food Engineering， 2005，70(1)：73-81．
|
| [17] | Boersma W H，Laven J，Stein H N． Shear thickening (dilatancy) in concentrated dispersions[J]． AlChE Journal．1990， 36(3)，321-332．
|
| [18] | Chu C P，Lee D J． Structural analysis of sludge flocs[J]． Advanced Powder Technology, 2004， 15(5)，515-532．
|
| [19] | Fernandes R L J，Jutte B M，Rodriguez M G． Drag reduction in horizontal annular two-phase flow[J]． International Journal of Multiphase Flow， 2004，30(9)：1051-1069．
|
| [20] | Tixier，Guibaud，et al． Towards a rheological parameter for activated sludge bulking char-acterisation[J]． Enzyme and Microbial Technology， 2003，33(3)：292-298．
|
