| 1. | Direct numerical simulation of gas - solid two - phase mixing layer
气固两相平面混合层的直接数值模拟 |
| 2. | An experimental research on the dispersion of particles in mixing layer
混合层中粒子扩散的实验研究 |
| 3. | The experimental research of shocklet in supersonic turbulent mix layer
超声速湍流混合层中小激波结构的实验研究 |
| 4. | There are shocklets in the mixing layer with convective mach number 1 . 2
高对流马赫数混合层中存在较弱的小激波间断。 |
| 5. | Direct numerical simulation and experimental verification of the three - dimensional mixing layer
三维混合层的直接数值模拟和实验验证 |
| 6. | Particle dispersion affected by turbulent coherent structures in a three - dimensional mixing layer
三维混合层中湍流拟序结构对颗粒扩散的影响 |
| 7. | Diretct numerical simulation in turbulent coherent structures of three - dimensional gas - particle two - phase mixing layer
三维气固两相混合层湍流拟序结构的直接数值模拟 |
| 8. | The ratio between the reynolds stress and the turbulence energy in the inner regime of the mixing layer keeps almost constant
但雷诺切应力与湍能的比值在混合层中心却保持不变。 |
| 9. | Direct numerical simulation of the two - way coupling effects between particles and fluid in the three - dimensional particle - laden mixing layer
直接数值模拟三维气固两相混合层中颗粒与流体的双向耦合 |
| 10. | The rural mixing height growth rate was about twice as large as urban values for up to 3 h after sunrise
直到日出后3小时以内，乡村地区混合层高度的抬升率高出市区的达一倍左右（即是其两倍左右的高） 。 |
