词语导航
基本信息
词语：超高真空
繁体：超高真空
拼音：chāo gāo zhēn kōng
英语翻译
【化】 ultrahigh vacuum(HHV)
分词翻译
超的英语翻译：
exceed; go beyond; overtake
【计】 hyperactive
【医】 per-; ultra-
高的英语翻译：
high; high-priced; lofty; loud; tall
【医】 homo-; hyper-; hypsi-; hypso-; per-
真空的英语翻译：
vacuum; void
【化】 vacuum
【医】 vacuum
翻译例句
1. 本文主要介绍了全金属超高真空规管比对系统。
In this paper, mainly introduce ultra high vacuum gauge intercomparison system.
2. CC Q型气动超高真空插板阀带反馈信号装置。
CCQ pneumatic ultra-high vacuum gate valve With signal feedback device.
3. 报道了超高真空气相氢渗透实验装置的设计及研制。
An ultra high vacuum gaseous hydrogen permeation apparatus has been designed.
4. 根据工作压力有低真空阀门、高真空阀门和超高真空阀门。
According to the work of a low pressure vacuum valves, ultra high vacuum valves and vacuum valves.
5. CC Q型气动超高真空插板阀用于接通或切断真空管路中的气流。
It is used to put through or cut off the air passage in vacuum pipeline.
6. 介绍了无油超高真空系统、控制系统、烘箱与热功率以及软件的设计。
Oil free high vacuum system, control system, heat system, it"s power and the control program have been introduced.
7. 动态流量法超高真空标准装置是用于校准真空规的绝对真空计量标准。
The dynamic flow method UHV standard apparatus is an absolute vacuum standard for vacuum gauge calibration.
8. 该镀层在大气或超高真空条件下具有良好的耐磨性、防冷焊性和导电性；
The coating possesses high wear and cold-welding resistance and good electric conductivity both in atmosphere and in ultrahigh vacuum.
9. 可变孔径超高真空盒系电子对撞机实施同步辐射装置扩建工程的关键部件。
The aperture-changeable super-microvacuum for is a key component in an extension project for percussion set to implement synchronizing radiation.WWW.wEntiyI.COm
10. 介绍X射线光学多层膜的构成原理、制作、测量方法及在超高真空系统中的研制技术。
The paper introduced the principle of structure of soft X-ray optics multilayers, and released the technique of measurement and fabrication of the multilayers in the UHV system.
11. 组件工作在低温、强磁场、高电压、超高真空的环境中，这对工程设计提出了很高的要求。
It works under low temperature, strong magnetic field, ultra high vacuum and high electric potential, which leads to high requirements for its design.
12. 在超高真空条件下用热脱附和功函数变化等方法研究了氧在银-钡催化剂上的吸附和反应。
Under ultra high vacuum condition, the adsorption of oxygen and ethylene on electrolytic silver containing barium was studied by mass spectroscopy and work function change measurement.
13. 本文给出了BEPC储存环超高真空系统运行期间所遇到的各种漏气行为及其相应检测的方法。
In this paper encounter some leaks behave and their methods of detection at operation time for UHV system of BEPC storage ring are discussed.
14. 该机加真空室的尺寸大，尺寸精度、形位公差及粗糙度要求极高，不同于常规的大型超高真空室。
It"s dimension is large, and requirements of accuracy, tolerance and roughness are very strict. It is different from conventional large UHV chamber.
15. 在超高真空系统中测量了不同膜厚样品的场发射特性，发现阈值电场随着厚度的增加有增大的趋势。
X-ray diffraction indicates that the prepared films are AlN films. The field emission characteristics of the AlN films were measured in an ultra-high vacuum system.
16. 本文介绍了用于超高真空设备中的磁力耦合传动元件的工作原理与结构，以及与普通磁力传动的差别。
In this paper, the principle and construction of magnetic coupling transmisson(MCT) for ultrahigh vacuum are given. The difference between MCT for ultrahigh vacuum and for ordinary case is mentioned.
17. 利用X射线光电子能谱（ XPS）研究了双酚A型聚砜薄膜在超高真空下X射线辐照所引起的表面化学组成变化。
The changes of surface composition of bisphenol A polysulphonefilms induced by X ray in ultrahigh vacuum have been studied using X ray photoelectron spectroscopy (XPS).
18. 分析比较了溅射离子泵、冷阴极电离超高真空计、热阴极电离超高真空计等作为真空保护传感器的不同电子学设计。
The electronic circuitry of the various vacuum protection schemes, which use sputtering ion pump or cold-cathode or hot cathode ionization gauge as sensors, was compared.
19. 在超高真空条件下，用对样品进行闪烁加热的方法测定了蓝色氧化钨WO _(2.90)吸附丙烯和氧的热脱附谱。
The thermal desorption spectra of propene and oxygen adsorbed on blue tungsten oxide WO_ (2.90) have been measured by means of flash heating the sample in ultra high vacuum.
20. 欧洲粒子物理研究所必须清理从消防水带那么粗的管道里冒出的“煤烟般的灰尘”，所以要安装极端超高真空设施保证质子光束畅通无阻。
Cern had to clean "soot-like dust" from the firehose-size pipes meant to contain an extreme vacuum so that nothing would obstruct the proton beams passing through.
21. 在超高真空粘附装置内原位测定钒钛铸铁、球墨铸铁的粘附力，计算铸铁表面滑动接触时的表面温度，实验发现，粘附力随温度升高而下降。
The adhesive forces betwenn V T i iron and ductile iron have been measured in Ultra High Vaccum adhesion equipment in situs The surface temperature of iron under the equalibrilum state is calculated.
22. 应用实例表明，采用磁力驱动密封装置，对于高压、超高压和真空等工况均可实现无接触的密闭传动，达到无泄漏。
The applied examples show that the magnetic coupler can achieve the non-contacting and hermetical drive without any leakage under the condition of high-pressure, ultrahigh-pressure, vacuum, etc.
23. 应用实例表明，采用磁力驱动密封装置，对于高压、超高压和真空等工况均可实现无接触的密闭传动，达到无泄漏。
The applied examples show that the magnetic coupler can achieve the non-contacting and hermetical drive without any leakage under the condition of high-pressure, ultrahigh-pressure, vacuum, etc.
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