Therefore, based on the velocity composition law of particle movement, a mathematical model and its algorithm for the locating error are firstly established to analyze the linear dimension.
为此，基于质点运动的速度合成原理，首先建立了线性尺寸的定位误差通用模型及其算法。
The results show that using suspension grade (SG) model makes the calculation and analysis results of the suspension velocity of particle more accurate.
结果显示，采用悬浮分级模型提高了颗粒悬浮速度的分析和计算精度。
The model is used to predict the velocity, particle trajectory and concentration of the particle phase in circulating fluidized bed.
这一模型可用于预测循环床中颗粒相的速度、颗粒轨迹和颗粒相浓度。
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