即颗粒的默认标称运行频率值，通常以数字代表。
Finally, the electrostatic sensing technique was applied in the measurement of particle electrification, particle velocity and mass flow rate.
最后,将静电传感器测量系统应用于颗粒速度、颗粒质量流量和颗粒荷电测量上。
参考来源 - 气固两相流颗粒荷电及流动参数检测方法研究According to the experimental result ,the relevancy formulae were proposed, and according to discrete particle model, particle velocity distribution model was proposed and the experimental result agreed with the calculated result.
根据实验结果建立了固含率与固相速度不均匀度的关联式，并根据颗粒离散模型建立了颗粒速度分布模型，实验结果和计算结果吻合较好。
参考来源 - 液固流化床换热器分布装置及其分布性能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
最后，将静电传感器测量系统应用于颗粒速度、颗粒质量流量和颗粒荷电测量上。
Finally, the electrostatic sensing technique was applied in the measurement of particle electrification, particle velocity and mass flow rate.
具体讨论和分析了气体压力、温度、粉末以及喷涂距离等因素对颗粒速度的影响。
The effects of gas pressure, temperature, powder and spraying distance on the velocity of particles were discussed and analyzed.
颗粒速度分布和气固流动特性分析显示，内部颗粒循环尺度是影响床内混合方式的重要因素。
Analysis of the particle velocity distribution and the gas-solid hydrodynamics indicate that the scale of inner particle circulation is crucial in determining the mixing pattern within the beds.
应用推荐