1、

The Investigation of Measurement of Diesel Spray Droplet Distribution with the Method of Laser Microphotograph

应用激光显微摄影对柴油机喷雾粒度分布的测量研究

互联网摘选

2、

The development of experiment technology depends on droplet-creating technique, the photography with high resolution and high speed and optical detector technology for combustion production.

单滴燃烧实验研究的水平主要依赖于微小液滴的生成技术,高分辨率和高速成像技术,燃气成份的准确快速测量技术等光学测试技术的发展。

互联网摘选

3、

Prediction of droplet size in dispersed phase of immiscible polymer blends during molten mixing

非相容聚合物体系熔融共混过程中分散相粒径变化的预测

互联网摘选

4、

According to the research of the theory of arc sensor, combined with the characteristic of self-shielded flux cored wire droplet transition and variability of welding parameters, design the entirety solution of welding seam tracking system.

根据对电弧传感器理论的研究,结合自保护药芯焊丝自身的熔滴过渡特点和焊接参数事变性等因素,确定整个焊缝跟踪系统的整体方案。

互联网摘选

5、

As primary research of hydrate formation using water spray, the kinetic model of hydrate formation of a water droplet was suggested by analyzing the heat and mass transfer mechanism.

作为喷雾强化方式制备气体水合物的初步研究,本文通过研究静止水滴形成气体水合物过程的传热传质机理,建立气体水合物的生成动力学模型。

互联网摘选

6、

Comment on the laser type droplet size distribution analyser

激光式雾滴尺寸分布测定仪述评

互联网摘选

7、

The additions of superabundant emulsifier agent to emulsions have no obvious effects on droplet size and distribution of dispersion phase.

过分地增加乳化剂含量对分散相液滴大小与分布也没有明显作用。

互联网摘选

8、

It was an effective method to solve the stable spray transfer in the MAG welding with constant current by utilizing the new type wire feeder. Using the wire feeder a droplet transfer model was established by employing artificial neural networks ( ANN).

采用新型的脉动送丝机构是解决恒定直流MAG焊稳定射滴过渡的有效途径,应用该机构采用人工神经元网络建立了熔滴过渡模型。

互联网摘选

9、

Investigation on the Measurement of the Droplet Distribution of the Fuel Spray by Holography Application of Holography in Investigation on the Characteristics of Diesel Fuel from Pintle Nozzle

应用激光全息术对柴油机喷油雾场分布规律的测量与研究应用激光全息术研究轴针式喷嘴燃油喷雾特性

互联网摘选

10、
11、

The researcher used the empirical formula to study droplet evaporation for engineering applications.

对于存在液滴蒸发过程等工程应用中,多采用经验公式进行研究。

互联网摘选

12、

The optimum contact angle is 119.1 ° for the droplet with radius 1 microns.

液滴半径等于1微米时,适宜接触角为119.1度。

互联网摘选

13、

A Study of Evaporation of Liquid Propellant Droplet under High Pressure

液体推进剂液滴高压蒸发研究

互联网摘选

14、

Droplet epitaxy is a new MBE growth method for semiconductor materials, but there has been no effective research concerning the influence of patterned substrate on droplet epitaxy until now.

液滴外延生长半导体材料是一种较为新颖的MBE生长技术,而图形衬底对液滴外延的影响到目前为止并没有非常详细的研究结果。

互联网摘选

15、

High-speed magnifying photography is an economical non-intrusive measurement method. It can be used to measure the droplet size in flight.

高速放大照相术是一种廉价的非接触测量技术,它可以测量飞行中的液滴的大小。

互联网摘选

16、

Droplet Deposition in Variable-speed Spraying Experiment of Air Blast Sprayer

风送式喷雾机变速喷雾雾滴沉积试验

互联网摘选

17、

The variation of the line tension came from deformation of droplet, which was an important factor to determine the accuracy of measuring contact angle.

结果表明,由液滴形变作用引起的线张力变化是影响接触角测量准确性的一个重要因素。

互联网摘选

18、

the simulation results in this thesis can provide reference data for charging, deflection, deposition, and solidification of droplets, laying a theoretical foundation for the realization of droplet deposition increasing material manufacturing technique and the proper determination of process parameters.

本文模拟结果可以为液滴的充电、偏转和沉积固化过程提供参考数据,为液滴沉积增材制造工艺的实现和工艺参数的合理选取奠定了理论基础。

互联网摘选

19、

The droplet of the push-pull short-circuit CO2 welding transfer in order, the energe distribute conformably, and the weld shape is good whatever welding in small or big current.

推拉送丝短路过渡过程熔滴过渡有规律,能量分布均匀一致,不论在小电流还是大电流时焊缝成形均平整美观。

互联网摘选

20、

At first, this paper analyzes the progress of deformation, and then establishes the theoretical mode of the Droplet deposition according fluid mechanical governing equation.

本文首先对熔滴变形过程进行了分析,根据计算流体力学控制方程建立了熔滴沉积的理论模型。

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