轴向流动用英语怎么说，轴向流动的英文翻译

词语导航

基本信息

词语：轴向流动

繁体：軸向流動

拼音：zhóu xiàng liú dòng

英语翻译

【化】 axial flow

相关词条

1.axialflow  

分词翻译

轴的英语翻译：

axes; axis; shaft; spindle
【医】 ax-; ax.; axes; axio-; axis; core

向的英语翻译：

always; at; be partial to; direction; face; out; to; toward
【医】 ad-; ak-; ob-

流动的英语翻译：

flow; flowage; fluxion; on the move; run; stream
【医】 afflux; flow; fluxion; streaming movement
【经】 circulating; floating; flow

翻译例句

1. 研究了分数阶广义二阶流体的管内轴向流动问题。

The axial flow in a pipe of the fractional generalized second order fluid is studied.

2. 从能量守恒定律出发，分析了快速轴向流动激光器放电管中的传热情况。

From energy balance equation, using micropiece analytical method, heat balance equation for high power fast axial gas flow CO 2 laser tube is established.

3. 本文利用理想磁流体力学(MHD)模型对含有轴向流动的Z箍缩等离子体不稳定性进行了分析。

A linear analysis of the ideal magnetohydrodynamic (MHD) stability of the Z-pinch is presented in which plasma flows are included in the equilibrium.

4. 降低下层桨的离底高度能加强下层桨的径向流动，并增大上层桨叶轮区和循环区流体的轴向流动。

With the decreasing of C1, the radial flow generated by the lower impeller, the axial flow generated by the upper impeller, and the axial flow of the main circulation increased.

5. 这一假定意味着扰动沿涡旋流动的轴向随距离的增长而增长，但不随时间而增长。

This implies that the disturbance increases with distance along the axis of the swirling flow, but it does not grow with time.

6. 我们利用空间中长轴向的视野景观以及引入的太阳光，创造了一个开敞的流动空间。

We created an open flow throughout the home, taking advantage of long axial views through the space and drawing light through.

7. 本文提出了轴向流固定床反应器的流动模型和基本方程。

In this paper, the flow model and basic equations in axial flow fixed-bed reactor are given.

8. 本文研究了带轴向流的二相对旋转锥形杯之间流体流动。

The fluid flow between two relatively rotating co-axial cones with axial flow are investigated.

9. 在这种轴流式涡轮机中，蒸汽总是沿主轴的旋转轴流动的，因此，叶片由主轴向外呈辐射状展开。wWw.WeNTIyi.Com

In this axial turbine, steam always flows along the axis of rotated axis, thus, all blades extend with the radiation shape along the axis outward.

10. 分析了各种流动参数和几何参数对轴向速度、二次流动、壁面摩擦力、摩擦系数比的影响。

We analyze the effects of the flow parameters and the geometrical parameters on the axial flow, the secondary flow and the friction.

11. 轴向旋涡流是离心叶轮内特殊的流动现象，它的速度分布规律与叶轮特性关系密切。

Relative eddy is a special flow phenomenon, occurring within centrifugal impeller passage. Its speed distribution is closely related to impeller characteristics.

12. 根据鼓泡塔内液相流体的流动特点，我们希望在鼓泡塔内加入了一定数量按照一定规律排列的挡板，能够减弱鼓泡塔的液相轴向返混。

According to the liquid flow characteristic of bubble column, we hope to decrease axial backmixing of the liquid by putting some baffles which have certain distribution rule in the bubble column.

13. 轴向旋涡流动是离心叶轮叶片之间一种特殊的相对流动，其流动规律是离心叶轮正反问题研究的重要基础。

Relative eddy is a special relative flow within centrifugal blade passage, which is of prime importance in flow study of pumps.

14. 用矢量方法讨论了色谱模型中的轴向扩散项，指出轴向扩散项是扩散通量以分量的形式在主体流动通量上的页献。

The axial dispersion in chromatography models was discussed with vector method and the effect of diffusion on the bulk flow flux with its partial quantity form was pointed too.

15. 讨论了曲率和挠度对二次流动、流函数等值线和轴向速度的影响，研究了不同曲率和挠度螺旋管道内流量与压力梯度之间的关系。

The effects of curvature and torsion on secondary flow, isoline of stream function and distribution of the axial velocity of flow were discussed.

16. 而在有外风筒情况下，气体从轴向进入且流动平稳，两种情况流动差别较大。

Under the circumstances with external duct, gas axially goes into and flows steady, the flow difference under the two circumstances is greater.

17. 本文分别对轴向及径向固定床反应器内的流动作了分析。

In this paper, analyses are made for the flow characteristics both in axial and radial flow reactors.

18. 且当表观气速增大，初始流体流动处于由均匀流型向过渡流型的转变，轴向液体速度在径向的梯度非常小；

With increasing of superficial gas velocities, the liquid flow regime was changed from homogeneous to transitional and radial gradient of axial liquid velocity was rather small.

19. 研究了圆管反应器中四束侧向对撞射流与轴向流形成的混合流动。

A tube reactor mixed by an axial continuous flow and four side jets as the dispersed flow is studied.

20. 结果表明：忽略加热段内蒸汽温度的轴向变化及蒸汽流动的径向变化，钠热管声速限与实际误差在10%以内。 理论与实验较为吻合。

When the radial component of the vapour velocity and the axial variation of the vapour temperature were neglected, the error of the sonic limit is within 10 per cent.

21. 本文对轴向柱塞泵或马达缸体与配流盘之间的稳态油膜流动做了数值计算。

Sealing and lubricating fluid film between port plate and cylinder block of axial piston machines has complex shapes.

22. 在恒定热流密度条件下，对单相流体分别强制轴向层流流经多孔泡沫金属换热器管内、外的流动和对流传热的均匀性进行了分析。

The distributions of velocity and temperature of fluid inside the tube fitted with the porous metal foam were more uniform than that of the blank tube.

23. 结果表明：颗粒在管内呈环—核流动结构，固含率在轴向上呈“上稀下浓”的分布特征。

The results show that the particle size has a core-annular flow pattern in radial position and solid volume fraction is much denser at the bottom of the riser.

24. 提升管反应器内气固两相在轴向和径向上都存在着流动、传热与反应的不均匀分布。

The axial and radial distribution of flow, heat and mass transfer of gas-solid two phase is very uneven in the reactor.

25. 根据轴向体积流动规律导出了法兰环件轧制尺寸变化规律和其各种轧制用毛坯的体积分配规律。

The volume flow amount is also calculated. The dimension variation law for rolling flange ring and the volume distribution law for its rolling blank are derived from the axial volume flow.

26. 结果表明，提升管内气、固两相沿轴向、径向和切线方向的流动不均匀，并非完全对称流动，而以S型螺旋形上升流动。

The simulation results showed that the flow of gas-solid two-phase was non-uniform in axial, radial and tangential directions, and was not symmetric flow as expected, but was up in S-type form.

27. 分析表明：强力旋压毛坯件的变形流动主要是轴向变形，影响成形质量的因素主要是成形过程中的径向变形和切向变形。

The results indicate that the deformation flow of power spinning is mainly axial deformation, the radial deformation and circumferential deformation have an impact on the forming quality.

28. 引入了轴向循环流动的概念，且利用ANSYS有限元分析软件对非啮合双螺杆挤出机轴向循环流道中的非牛顿流体等温流动进行了三维模拟分析。

Axial circle flow was introduced. The isothermal flow analysis of non-Newtonian fluid in axial circle region of a non-intermeshing counter-rotating twin-screw extruder was concerned.

29. 引入了轴向循环流动的概念，且利用ANSYS有限元分析软件对非啮合双螺杆挤出机轴向循环流道中的非牛顿流体等温流动进行了三维模拟分析。

Axial circle flow was introduced. The isothermal flow analysis of non-Newtonian fluid in axial circle region of a non-intermeshing counter-rotating twin-screw extruder was concerned.