ejector
英式音标：[ɪ'dʒektə] 怎么读
美式音标：[ɪ'dʒektə] 怎么读
词汇归类 机械工程实用英语分类词汇精选 汽车塑胶模具及汽车零部件 模具专业英语王浩钢著 真词根词缀记忆蒋争 常用汽车词汇 环境工程专业英语
ejector词义
n.
驱逐者，放出器，排出器；抽气泵；剔出器；发射器
英英释义
ejector[ i'dʒektə ]
n.
a person who ousts or supplants someone else
同义词：ouster
a mechanism in a firearm that ejects the empty shell case after firing
同义词：cartridge ejector
ejector用法
词组短语
ejector pin出坯杆，起模杆；推顶杆，推钉
steam ejector蒸汽喷射器；蒸汽喷注抽出器
双语例句
用作名词(n.)
The flow field of the ejector shows the effects of the section of the mixing chamber on the performance of the ejector.
喷射器内流场直观地显示了混合室截面大小对喷射器性能的影响过程。
权威例句
Fluid drop ejector and methodA New Ejector Theory Applied to Steam Jet Refrigeration
Empirical correlation for ejector design
CFD analysis of ejector in a combined ejector cooling system
An Investigation of Ejector Design by Analysis and Experiment
Transcritical CO 2 refrigeration cycle with ejector-expansion device
Investigation and improvement of ejector refrigeration system using computational fluid dynamics technique
Particular characteristics of transcritical CO 2 refrigeration cycle with an ejector
Experimental validation of a prototype ejector designed to reduce throttling losses encountered in transcritical R744 system operation
The simulation of diaphragm deflection actuated by shear mode piezoelectric actuator in microdroplet ejector
ejector造句
1. If there were no limb on the number of ejector pins.
如果没有在喷射器别针的数量的肢体。
2. In yet another aspect, the invention features a method for forming a non-wetting monolayer on a selected portion of a fluid ejector.
在又一个方面，本发明的特征在于在流体喷射器的选定部分上形成非湿润单分子层的方法。
3. In still another aspect, the invention features a method for forming a non-wetting monolayer on a selected portion of a fluid ejector.
在又一个方面中，本发明的特征在于在流体喷射器的选定部分上形成非湿润单分子层的方法。
4. The monolayer can be durable and can be insoluble in most solvents, allowing multiple types of inks to be used with the fluid ejector.
该单分子层是耐用的，并且在大多数溶剂中是不溶解的，从而允许在流体喷射器中使用多种类型的墨水。
5. Wet processes are not required after etching the fluid ejector, and therefore residue associated with a wet process can be avoided.
在蚀刻该流体喷射器之后不需要湿处理，因此可以避免与湿处理相关的残余物。
6. The attachment region may include a first material that is substantially not present in the outer surface of the fluid ejector.
该附着区域可以包括第一材料，该第一材料实质上未存在于该流体喷射器的外表面中。
7. This article described the structure and working principle of the adjustable ejector, and its application in the industrial steam system.
本文介绍了可调控喷射泵的结构和工作原理，以及其在工业生产蒸汽系统中的应用实例。
8. The working principle of the two types of ejector is the same .
这两个类型的喷射器工作原理是相同的。
9. Steam ejector is one fluid machine that pumps low-pressure fluids with high-pressure steam.
蒸汽喷射器是一种利用高压蒸汽抽吸低压流体的流体机械。
10. In still another aspect, the invention features a fluid ejector having an inner surface, an outer surface, and an orifice that allows fluid in contact with the inner surface to be ejected.
在又一个方面中，本发明的特征在于一种流体喷射器，其具有内表面、外表面，以及允许与内表面接触的流体被喷射的孔。
11. As a fluid equipment, steam ejector can improve pressure of fluid without mechanical energy and its structure is simple and reliable.
蒸汽喷射器是提高流体压力而不直接消耗机械能的设备，其结构简单可靠、运转费用低廉。
12. Computational model of steam ejector for thermal vapor compression desalination system is set up by application of modified thermal dynamic method.
采用改进热力学法，建立了应用于热压缩蒸馏海水淡化系统的蒸汽喷射器的计算模型。
13. Forming an attachment region may include sputtering the first material onto the fluid ejector substrate and patterning the first material.
形成附着区域可以包括将该第一材料溅射到该流体喷射器衬底上，并且形成该第一材料。
14. The orifice may be formed in the fluid ejector substrate prior to forming the non-wetting monolayer.
可以在形成该非湿润单分子层之前在流体喷射器衬底牛形成该孔。
15. The vacuum system designed by this system can save 20% energy than that of the vacuum system of steam ejector with the same parameter.
本设计系统设计的真空系统比相同工艺参数的现有蒸汽喷射泵系统节能20％以上。
16. At the same time, the refrigeration quantity and COP of the loop with ejector minish along with the accretion of the eject coefficient.
同时带有喷射器的双温制冷循环的制冷量和循环COP随着引射系数的增大而减小。
17. Boeing is working on a new flat plane that would be able to take off and land vertically using dozens of new pulse jets they call Pulse-Ejector-Thrust-Augmentors.
波音公司正在开发一种新的扁平飞机，使用几十个新的脉冲射流会能垂直起飞和降落，他们称之为脉冲喷射推力加强器。
18. This paper presents the corrosion of steam ejector and repair for this , then analyses the reason of corrosion.
介绍了脱碳流程中蒸汽喷射泵的腐蚀及修复，并对腐蚀机理作一探讨。
19. The results show that the structure parameters and flow characteristics of the ejector have a great effect on the system performance.
模拟计算表明，喷射器的结构和运行特性对热管喷射式制冷系统的性能有明显的影响。
20. The difference between the various operations of the desander, desilter , and clay ejector relate to the size of the cyclone.
除砂器、除泥器和粘土喷射器之间的不同作用和旋流器的大小有关。
21. So that not only the real temperature of mixing gas at exhausting port of ejector can be achieved but the coincidence degree is increased between calculating result and real value at working.
故这种方法不仅可获得接近实际运行状态的喷射器出口混合气体温度，还提高了计算结果与实际运行情况的相符程度。
22. In this case, the outer surface 160 of the uncoated ejector can be considered the outer surface of the nozzle layer 120.
在这种情况下，可以将该非涂覆的喷射器的外表面160认为是喷嘴层120的外表面。
23. A non-wetting monolayer can reduce the accumulation of fluid on the outer surface of the fluid ejector.
非湿润单分子层可以减少该流体喷射器的外表面上流体的聚集。
24. On the basis of the analysis, we have simulated the solar ejector refrigeration system.
在此基础上，对太阳能喷射式制冷系统的进行仿真计算。
25. By matching the test data with the simulation results, it shows that the simulation model can accurately predict the performance of the ejector.
与试验结果对比表明，采用该方法能够正确地预测喷射压缩器的工作性能。
26. Low suction pressure results in recirculation in the suction chamber, which will influence the security of the ejector refrigeration system.
吸入压力过低会在喷射器吸入通道内产生回流现象，影响喷射式制冷系统运行的安全性。
27. FIG. 2 shows a bottom view of the coated fluid ejector 105.
附图2表示涂覆的流体喷射器105的底视图。
28. FIG. 2 shows a bottom view of the coated fluid ejector 105.
附图2表示涂覆的流体喷射器105的底视图。
29. Allowing an unsuspecting user to configure an application by changing permanent objects is comparable to firing the ejection seat by accident. Hide those ejector seat levers!
随便允许一个用户设定程序中的持久对象就像是意外地启动了弹射座椅一样危险，所以一定要隐藏这些操纵杆！
-- 来源 -- About Face 3交互设计精髓
30. Hide the ejector seat levers.
隐藏弹射座椅的操纵杆。
-- 来源 -- About Face 3交互设计精髓
31. Just as a jet fighter needs an ejector seat lever, complex desktop applications need configuration facilities.
就像一架喷气战机需要一个弹射座椅操作杆一样，复杂的桌面程序需要设置设施。
-- 来源 -- About Face 3交互设计精髓
32. Some applications put controls on the toolbar that make the toolbar disappear! This is a completely inappropriate ejector seat lever. Other interface signposts
应该防止用户偶然触发这种改变，一些程序将引起工具栏消失的控件就放在工具栏上，这是完全不合适的弹射座椅控制杆。
-- 来源 -- About Face 3交互设计精髓
33. Figure 10-8: Ejector seat levers have catastrophic results.
图10-8 弹射操纵杆具有灾难般的后果。
-- 来源 -- About Face 3交互设计精髓
34. Ejector seat levers can only be used once, and their consequences are significant and irreversible.
弹射座椅操纵杆只能用一次，它的使用将引起重要的变化，而且这个过程是不可逆的。
-- 来源 -- About Face 3交互设计精髓
35. The interface design must assure that a user can never inadvertently fire the ejector seat when all he wants to do is make some minor adjustment to the program.
界面设计必须保证用户永远不会在非故意的情况下弹射座椅，特别是当他只是想对程序进行一些小的调整时。
-- 来源 -- About Face 3交互设计精髓
36. The one thing that must never happen is accidental deployment of the ejector seat (see Figure 10-8).
我们要确保弹射座椅操作杆绝不可能被意外使用（参见图10-8）。
-- 来源 -- About Face 3交互设计精髓
37. Applications must have ejector seat levers so that users can—occasionally—move persistent objects (see Chapter 11) in the interface, or dramatically (sometimes irreversibly) alter the function or behavior of the application.
应用程序应该拥有弹射操纵杆——这样在某些时候——用户能够在界面上移动持久对象（参见第11章），或者极具显著的（有时是不可逆的）改变程序的功能或行为。
-- 来源 -- About Face 3交互设计精髓
38. The ejector seat is necessary for the pilot’s safety, but a lot of design work has gone into ensuring that it never gets fired inadvertently.
操纵杆是为了保证飞行员安全的，但是也应该将设计重点放在如何使它不会被容易地激发上面。
-- 来源 -- About Face 3交互设计精髓