栅型流场,parallel flow field
1)parallel flow field栅型流场
1.The silicon-based μDMFC was accomplished using MEMS technology,and the performance of μDMFC with theparallel flow field was better than those with the other flow fields at different flow field structures.利用MEMS技术完成了这种微型直接甲醇燃料电池的制作,在对不同流场结构的实验研究中,发现栅型流场结构的微型直接甲醇燃料电池性能要好于其他流场结构,这与仿真结果一致。
2)cascade flow field叶栅流场
1.Application of non-nulling mode method and mixed language programming in measurement ofcascade flow field;非对向法和混合编程在叶栅流场测量中的应用
英文短句/例句
1.Numerical Computations of Unsteady Flows for Multistage Cascades Using Distributed Computing Technology;分布式网络并行在多级叶栅流场计算中的应用
2.Effects of boundary layer suction on the flow fields of highly-loaded compressor cascades附面层抽吸对高负荷压气机叶栅流场的影响
3.Flow Field Characteristics of Stator Cascade with Extremely Low Aspect Ratio in an Ultra-micro Gas Turbine超微型涡轮中极低展弦比静叶栅流场特性的数值研究
4.Numerical Verification of the NUMECA in Governing Stage Guide Vane Flow Field of the Super-critical TurbineNUMECA软件在超临界汽轮机调节级导叶栅流场的数值校核
5.A numerical investigation about effects of boundary layer suction in low-speed compressor stator cascade with large turning angle was carried out.本文采用数值方法研究了低速条件下附面层抽吸对大折转角矩形叶栅流场的影响。
6.Effects of air injection on outlet flow field of compressor cascade孔隙射流结构对扩压叶栅出口流场特性的影响
7.The flow field analysis of known cascades is accomplished by the computer program based on Boundary Element Method.已知叶栅的流场分析由一个基于边界元的程序完成。
8.Numerical Investigation on Two Dimensional Unsteady Flow in Turbine Cascade;轴流叶轮机械二维叶栅非定常流动数值模拟
9.The Water Tunnel Experiment Study of Developed Cascade Near Francis Runner Band Cavitation Area and Profile Improvement混流式转轮近下环叶栅水洞实验研究
10.An Experimental Investigation by Using Curved Blade to Control Secondary Flow in Compressor Cascade;弯曲叶片控制扩压叶栅二次流动的实验研究
11.Effects of leading-edge modification on secondary flow in turbine cascades叶片前缘改型对涡轮叶栅二次流的影响
12.high-solidity cascade大调度叶栅, 稠叶栅
13.Study on Flow and Heat Transfer Performance of Turbulent Jet on Blade Cascade;叶栅通道内紊动射流流动与传热特性的研究
14.Experimental Research on Micro Jet Flow, Flat Plate Boundary Layer Flow and Turbine Cascades Flow;微尺度射流、平板边界层及叶栅流动实验研究
15.The nozzle cascade was designed for a Curtis stage using an advanced after-loaded flow control technique to reduce secondary flow losses.该复速级喷嘴叶栅采用先进的后加载流动控制技术 ,以减弱叶栅的二次流损失。
16.Numeric Investigation of Controlling Secondary Flow in Annual Compressor Cascade Using Endwall Fences;翼刀控制压气机环形叶栅二次流的数值研究
17.A Study of New Type Configuration of Blade Cascade in Axial Compressors;轴流压气机叶栅新型气动布局结构的研究
18.Research on the Heat Transfer of the Endwall Film-cooling in Axial Flow Turbine Cascade;轴流涡轮叶栅端壁气膜冷却的传热研究
相关短句/例句
cascade flow field叶栅流场
1.Application of non-nulling mode method and mixed language programming in measurement ofcascade flow field;非对向法和混合编程在叶栅流场测量中的应用
3)Flow field model流场模型
1.A flow field model and its application in search and rescue operations in adjoining sea area of Zhanjiang;湛江毗邻海域流场模型在海上搜救中的应用
2.Based on the similarity between the orientation of the fiber in the stitched laminates and the stream in the flow around a cylinder,a flow field model is built for the elastic constants of the stitched laminar,which is a steady 2D non-compressible non-viscous ideal flow without swirl in a finite space.为了求解缝合层合板中单层的弹性常数,基于单层面内纤维走向与绕流流场中流线形状的相似性,建立了与缝合单胞相对应的有限空间定常二维无粘性不可压理想流体的无旋绕流流场模型,流场的几何边界与单胞的边界一致,绕流物面与缝线截面形状一致。
3.Based on the idea of calculating elastic properties of the stitched laminar,a flow field model is set up to calculate the elastic properties of each laminar for the elastic properties of stitched laminates.为了求解缝合层合板的弹性常数,基于用流场模型计算缝合单层弹性性能的思想,建立流场模型计算各种铺层方向缝合单层的弹性性能。
4)Stream fields classification流场分型
5)flow field type流场类型
1.The results show that the changes of cavity length-to-depth L/D and Mach number have dominant effect on cavity flow characteristics,and the variety of L/D and M can cause the change of the cavityflow field type.研究表明:空腔流场特性主要由空腔长深比L/D和来流马赫数所决定,这两个参数的变化均能引起空腔的流场类型发生变化。
6)airfoil field翼型流场
延伸阅读
穿流式栅板塔分子式：分子量：CAS号：性质：板式塔的一种，不设降液管，无溢流装置，如图所示。气-液两相同向地通过栅板的缝隙。栅板也可作成筛孔形式。气相通过栅板孔缝上升，与气体接触后的液体则向下流。这种塔板的优点是：结构十分简单，易于制造加工，安装维修方便，可节省材料和投资；允许通过的气体流量较大，适应的生产能力也大；开孔率大，气体流速小，压力降也小，一般比泡罩塔低40%~80%，特别适于真空蒸馏；污垢不易沉积，孔道不易堵塞；可采用各种非金属耐腐蚀材料（如塑料、陶瓷、石墨等）加工制造。缺点是：操作弹性较小，塔板效率较小。不过由于孔缝处的气速较小，雾沫夹带也小，因而可缩小塔板的间距，在相同的分离条件下，塔的总高度与泡罩塔基本相同。这种塔在工业生产中有应用十分广泛。
