求翻译：图2是细砂浆体总的阻力损失与实测值之间的比较，两相载体的阻力损失是用式（2）来计算的。从图2可以看出，Wasp模型的计算结果在一定条件下与实测值的吻合程度较好；在输送速度较低进，悬浮的颗粒少，实际能耗少，使得计算结果稍大；在流速较高时，在三个输送浓度下Wasp模型的计算值都大于测量值，且它们之间的差别也是随输送速度及浓度的增加而增大。是什么意思？

Figure 2 is a comparison between the total resistance of the slurry of the fine sand loss and the measured values, the resistance loss of the two-phase carrier is calculated by the equation (2). It can be seen from Figure 2, the WASP model calculations with the degree of fit of the measured values ​

Figure 2 is the total fine mortar resistance losses and real-time measurements, the comparison between the two carriers is the resistance loss (2) to calculate the. It can be seen from Figure 2, the result of the calculation model Wasp under certain conditions with the real-time measurements of the

Figure 2 is between the granulated sugar hydromass total resistance loss and the actual value comparison, two carrier resistance losses are calculate with type (2).May see from Figure 2, the Wasp model computed result tallies the degree under the controlled condition with the actual value to be good

Figure 2 is a total pressure loss of sand slurry and comparison between the measured values, two-phase resistance loss of a vector is (2) to calculate. From Figure 2 can seen, Wasp model of calculation results in must conditions Xia and measured value of anastomosis degree better; in conveying speed

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