| 1. | This control requires knowledge of attrition kinetics and cyclone effectiveness .
这种控制要求颗粒磨损动力学和旋风分离器效率的知识。 |
| 2. | By using cyclone separators to return the entrained solids, even higher gas velocities can be used .
当采用丁旋风分离器来使夹带固体颗粒返回时，还可用更高的气速。 |
| 3. | For particulates, the favored devices are inertial impactors, cyclones, electrostatic precipitators, and filters .
分离颗粒常用的装置是惯性冲击器，旋风分离器，静电除尘器和过滤器。 |
| 4. | To avoid rapid loss of solids, cyclones and electrostatic precipitators should have a very high collecting efficiency .
为了避免固体很快损失，旋风分离器和电器除尘器应当有很高的捕集效率。 |
| 5. | Cyclone - manufacture and acceptance requirement
旋风分离器制造与验收技术条件 |
| 6. | New application of improved cyclone
改进型旋风分离器的新应用 |
| 7. | Numerical simulation of three dimensional gas - particle flow in a spiral cyclone
螺旋型旋风分离器两相流场的数值模拟 |
| 8. | Numerical simulation for the flow field in a cyclone separator and turbulent model analysis
旋风分离器内流场的数值模拟及方法分析 |
| 9. | Cyclone separator three - dimensional turbulent flow - field simulation using the reynolds stress model
模拟旋风分离器内的三维湍流流场 |
| 10. | The strong swirl turbulent flow in cyclone separators caused major difficulties in modeling their internal gas - solid flows
旋风分离器内部气-固两相流场是极其复杂的三维强旋转流流动。 |
