| 1. | The distributions of time - averaged particle velocity and concentration were obtained
得到了时均颗粒速度和浓度的分布。 |
| 2. | Particle velocity pdf particles trajectory model of two - phase flow and numerical simulating
颗粒速度概率密度分布轨道模型及数值模拟 |
| 3. | 3 . deduce the relationship between sound pressure and particle velocity in plane wave
对平面波声场中的声压和质点振速之间的相关方程进行了推导。 |
| 4. | The turbulence intensity is the result of space variation and temporal variation of particle velocity
颗粒速度的紊动强度为速度的空间变化和时间变化共同作用的结果。 |
| 5. | Effect of injecting inert particles on coking prohibition and particle velocity uniformization in downer reactors
下行床反应器中惰性颗粒射入对结焦抑止和颗粒速度均匀化的影响 |
| 6. | The effects of impact angle , particle velocity , erodent size and impact time were demonstrated
研究了冲蚀角度、冲击速度、磨粒尺寸、冲蚀时间等影响因素对材料的冲蚀率的影响。 |
| 7. | The value of bp is dispersed . the particle velocity in streamwise direction as the particle rise is larger
轻质颗粒向下的运动速度明显大于其在静水’上的沉速，出重颗粒则相反。 |
| 8. | In the bed load layer , the stream - wise particle velocity profile follows the log - law , and the average is 8 . 2u *
在推移区内，颗粒的纵向速度沿垂线接近对数分布，平均运动速度为8 |
| 9. | Upbuild the signal model for ship noise , deduce the relationship between sound pressure and particle velocity in plane wave
建立本舰噪声的信号模型，推导了平面波声场声压和振速的相关性。 |
| 10. | The turbulence intensity of particle velocity decreases when particle size or re increases and increases with the increase of fr
颗粒紊动强度随粒径的增大而减小，随fr的增大而增大，随re的增大而减小。 |
