1·The accelerating flow of slurry pipeline transportation system would have increased the corrosion of pipeline.
浆体管道输送系统的加速流，会使管道腐蚀加剧。
2·Critical flow velocity is an important factor in slurry pipeline transportation. Now, there is not still an universal formula.
临界流速是浆体管道输送的一个重要因素，目前尚无普遍的使用公式。
3·The author also provided basic pressure drop equations for different flow regimes of bulk Solids and Slurry Pipeline Transportation design calculation procedures.
并给出了对于不同物料流动状态的压力损失计算公式及浆状管道输送的理论设计计算步骤。
4·In long distance slurry pipeline transport project, it often need to calculate Friction Loss of Settling slurry in Inclined pipeline, but up to now, the research about this aspect is not much.
长距离浆体管道输送工程中，常常要涉及到倾斜管道浆体输送的摩阻损失问题，而对于这方面的研究到目前为止，并不是很多。
5·The reliability of slurry pipeline system is related to the safety of operation and the economic efficiency of system. Therefore, it is significant to predict the reliability of pipeline system.
浆体管道输送系统的可靠性，关系到生产的安全和整个工程的经济效益，设计中预测输送系统的可靠性关系重大。
6·Slurry pump is the "heart" of transportation pipeline of solid liquid mixtures.
渣浆泵是固液混合物管道输送的“心脏”。
7·It is significative in mining Engineering to investigate the friction loss of coarse particle slurry in horizontal pipeline, but the research on this respect is not perfect.
水平管道粗颗粒浆体阻力损失的研究在矿业工程方面很有实际意义，而目前这方面的计算模型大多还不完善。
8·Suitable media: water Treatment, Gas pipeline, Steam boiler, Lime slurry, Food, Textile, Sea water contains particles, etc.
适用介质：给水处理，煤气管道，锅炉蒸汽，石灰浆液，球阀食品，角阀纺织，含颗粒海水。
9·The paper studies the reliability of technological system of the first station for pipeline transportation of slurry.
文章对浆体管道输送首站的工艺流程系统可靠性进行了研究。
10·An idea of drag reduction by pre-stirring on pipeline transportation of highly loaded coal-water slurry is firstly proposed in this paper.
木文首次提出了高浓度水煤浆管道输送搅拌减阻的思想。