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1)  split-flow
分离流,分流
2)  flow field-flow fractionation
流场流分离
3)  turbulent separated flow
紊流分离流
1.
Comparison of several turbulent models for calculating turbulent separated flows passing on sill
几种紊流模型在底坎紊流分离流计算中的对比
4)  cyclone separation
旋流分离
1.
Phosphoric acid production wastewater was treated by flocculation-cyclone separation process and recirculated to phosphoric acid production process,recovering phosphorussubstances from the wastewater and saving a great quantity of industrial water.
磷酸生产废水经絮凝-旋流分离工艺处理后,再回用于生产过程,实现了磷酸生产废水的闭路循环,不仅回收了废水中的磷酸,还节约了大量工业用水。
2.
The paper introduces a cyclone separation cleaning technology,and some problems should be solved in applying it.
介绍了一种旋流分离净化技术,以及应用此技术首先应解决的问题。
3.
Now that the current 3-phase separators have many defects,by means of the study of gas-liquid’s kinematic relation in cyclone separation and the study of oil/water separation in gravity sett.
针对目前三相分离器存在的不足,通过对旋流分离中气液运动规律和重力沉降中油水分离规律的研究,研制成功了一种新型高效脱水设备—高效分离器。
5)  field-flow fractionation
场流分离
1.
Characterization of wheat flour particles utilizing gravitational field-flow fractionation and digital image processing;
重力场流分离结合图像处理测定小麦粉粒径的研究
2.
Application of the technology of gravitational field coupled with thermal field-flow fractionation to Niuhuangqingfeisan
利用重力—热耦合场流分离技术分离牛黄清肺散
3.
This paper discusses the feasibility of Chinese traditional medicine separation using gravitational field-flow fractionation.
讨论了利用重力场流分离中药的可行性,并利用重力场流分离方法对牛黄清肺散进行了分离实验,用光学显微镜及CCD摄像头评定分离效果。
6)  flow separation
流动分离
1.
The experimental investigation was performed for votex generator jets(VGJs)controlling flow separation occurred in the suction side of low pressure turbine at low Reynolds number conditions.
研究发现,VGJs有效地控制了低雷诺数条件下叶栅吸力面的流动分离;VGJs需要一个最小有效吹气比,大于此吹气比时,VGJs效果基本上不变,高吹气比VGJs效果稍微减弱;VGJs射流偏斜角越大,控制效果越好,90°偏斜角效果最好;位置对VGJs效果影响很大,VGJs控制流动分离的最佳位置应该在分离点附近;随着雷诺数提高,VGJs效果减弱,更高的雷诺数,VGJs会增大叶片损失。
2.
The flow filed of compressor cascades with three large camber angles at different incidences is measured by five-hole probe in details,and the influence of flow separation and vortex structure on the compressor bowed cascade aerodynamic performances was numerically studied.
在不同冲角下,采用五孔探针对三种大弯角压气机叶栅流场进行了详细测量,并利用数值模拟研究了流动分离和旋涡结构对弯叶栅气动性能影响。
3.
90×10~4,the flow separation around the circular cylinder can be suppressed effectively,the separated flow field can also be improved greatly owing to the flow disturbance.
90×104的条件下,等离子体激励器产生的流动扰动,能够有效控制圆柱体绕流的流动分离,并显著改善分离流场,增涡、减涡效果明显。
补充资料:流灌顶
【流灌顶】
 (修法)(参见:灌顶)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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