Slip and micro flow characteristics near a wall of evaporating thin films in a microchannel

  • 微细通道内蒸发薄液膜区壁面滑移及微流动特性
  • 来源:互联网摘选更新时间:2026-07-13 02:20:44

  • 重点词汇
  • flowvi.流;垂;流出;(谈话、文体等)流畅;
  • evaporatingadj.蒸发用的,蒸发作用的;
  • microadj.微观的;具体的;
  • thinadj. 薄的;瘦的;稀少的;细的;
  • slipv.滑倒;脱落;溜走;退步;陷入;
  • characteristicsn.特性,特征,特色,[数](对数的)首数( characteristic的名词复数 );独特性;性质;
  • inprep. 在里面;在(某范围或空间内的)某一点;在(某物的形体或范围)中;在…内;在…中;进入
  • ofprep. 关于;属于…的;由…制成;
  • 相关例句
1、

The velocity slip maximum and flow velocity maximum are corresponding to different density.

在对不同密度的流体的模拟分析中发现,最大速度滑移与最大流速对应不同的流体密度。

互联网摘选

2、

When the Knudsen number is between 10~ (-3) and 10~ (-1), the gas rarefaction effect causes relative slip of flow and jump of temperature to the tube wall.

当Knudsen数处于10-3和1-01之间时,稀薄效应造成气体与管壁面间的相对滑移和温度跳跃。

互联网摘选

3、

In recent years, the DGS technology is used in some lower speed running equipments, such as agitators and reaction vessels. When the DGS works at low speed condition, the slip flow effect of the gas film between the seal end faces must be considered.

近些年来,干气密封在泵、反应釜等低速设备中得到了应用。但在转速较低的情况下,必须考虑密封端面间气膜滑移流效应的影响。

互联网摘选

4、
5、

The research on hypersonic slip flow grid effect for air heating problem are carried out, the results reveals that in slip flow, the accommodation coefficients have little impact on heat flux convergence which can be obtained using 1-2 grid Renold number.

开展了高超声速滑移流气动热网格效应研究,表明在滑移流中壁面适应系数对热流收敛的影响并不显著,在滑移流区,一般取网格雷诺数为1-2即可。

互联网摘选

6、

The results show that face opening force, film stiffness and leakage rate are strongly affected by the slip flow under the operating conditions of low sealing pressure and low speed, especially when the pressure is between 0.152 MPa and 0.303 MPa.

结果表明,在低速和低压条件下,密封的端面开启力、气膜刚度和泄漏量均受到滑移流的显著影响,其中当密封压力为0.152~0.303MPa时影响最显著。

互联网摘选

7、

However, the difference decrease to 2.6% when the inflow Mach number increases to Ma 8. An analysis for flow and heat transfer between two parallel plates microchannel with one wall heated in slip flow regime

而当来流马赫数为8.09时,侧板前掠的进气道流量系数仅高2.6%。滑移流区平行平板微通道内单侧加热流动与换热

互联网摘选

8、

With the research development of flow in the micro-scale areas, People find the slip flow phenomenon more and more in the micro-scale areas.

随着对微尺度领域流动的研究,人们日益发现滑移现象的存在。

互联网摘选

9、

Numerical Simulation for the Stability of Slip Flow Model Applied to Compressible Flows in a Micro-channel with Finite Reynolds Number

有限雷诺数情况下微槽道可压缩流动滑移流模型稳定性的数值模拟

互联网摘选

10、

Analysis for Heat Transfer in Micro-annular Channel with Unsymmetrically Heated Walls in Slip Flow Regime

滑移流区内微环缝通道单侧等壁温加热下的换热

互联网摘选

11、

However, more and more experiments have observed slip flow between gas-liquid interfaces in microscale field these years.

然而,在微细尺度领域,越来越多的实验观测到了固-液界面处滑移流动现象的存在。

互联网摘选

12、

It was shown that the slip flow effect made the open force weaker, and made the leakage rate larger.

研究表明:滑移流效应使密封端面间开启力减小、泄漏率增大。

互联网摘选

13、

An analysis for flow and heat transfer between two parallel plates microchannel with one wall heated in slip flow regime

滑移流区平行平板微通道内单侧加热流动与换热

互联网摘选

14、

An analysis for heat transfer between two unsymmetrically heated parallel plates with micro space in slip flow regime

不同热流下平行平板微槽内流体滑移流动与层流换热

互联网摘选

15、

Laminar flow and heat transfer in micro-annular channel in slip flow regime

滑移流区内微环缝槽道中的层流流动与换热

互联网摘选

16、

Analysis of heat transfer for gas slip flow in triangular micro-channels with uniform heat flux

定热通量加热下微三角形槽道中滑移流动的换热特性

互联网摘选

17、

Analysis of gas slip flow in triangular microchannels

三角形微槽中的气体滑移流动特性

互联网摘选

18、

It was shown that the slip flow effect made the axial gas film stiffness coefficient smaller.

结果表明:滑移流使轴向气膜刚度系数和轴向气膜阻尼系数都减小。

互联网摘选

19、

Slip Flow Research in Microchannels with Superhydrophobic Surface by Experimental and Numerical Simulation Methods

超疏水表面微通道中滑移流动的实验研究与数值模拟

互联网摘选

20、

The results indicate that the slip flow has great influences on the sealing performance.

结果表明:在考虑气体密封低速运转特性时,滑移流对密封特性有着十分重要的影响,必需对其加以考虑。

互联网摘选

  • 今日热词
  • 热门搜索

英语网英语词典(dict.25820.com)为您提供在线翻译英语词典单词大全英译汉汉译英等英语服务!可按单词字数词义分类查询。支持lj:关键词格式查询例句。

用户反馈
请选择反馈类型(可多选):
您的联系方式:
反馈内容:
提交成功 小编会尽快处理
回到顶部
点击反馈