在颗粒受力分析及沉降末速计算基础上，首先选取了沉降速度模型，进而对脉动干扰沉降理论做了初步探讨。
With analysis of forces on particle and calculation of terminal velocities, terminal velocity models are selected, and then Pulse jamming settlement theory was discussed.
通过实际数据与模拟数据的比较，来检验该模型的可靠性，并选择合适的沉降速度模型，以期能够运用该软件可以更好地指导沉淀池的实际运行。
Comparison to the experimental data and simulated data is done to test the effectiveness of the model. Proper velocity model is chosen to better guide the sedimentation tank operation.
得出了温度对沉降速度和浓缩机处理能力影响的数学模型。
The mathematical model has been established for the effect of temperature on settling velocity and throughput capacity of a thickener.
采用了离心力加快沉降速度，粒子的沉降速度大，均匀低速的假设条件不再满足，理论计算模型和实际情况偏差大。
Thirdly, because of the centrifugal force, particles in the magnetorheological fluid sediment at a speed faster than the assumed low and uniform speed in the theoretical sedimentation model.
采用了离心力加快沉降速度，粒子的沉降速度大，均匀低速的假设条件不再满足，理论计算模型和实际情况偏差大。
Thirdly, because of the centrifugal force, particles in the magnetorheological fluid sediment at a speed faster than the assumed low and uniform speed in the theoretical sedimentation model.
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