喷丸处理用英语怎么说，喷丸处理的英文翻译

词语导航

基本信息

词语：喷丸处理

繁体：噴丸處理

拼音：pēn wán chǔ lǐ

英语翻译

【化】 shot blast

相关词条

1.shotpeening  2.ballspraytreatment  3.gritblasting  4.cloudbursttreatment  

分词翻译

喷的英语翻译：

gush; spew; spout; spray; sprinkle; spurt

丸的英语翻译：

bolus; pellet; pill

处理的英语翻译：

deal; dispose; handle; manage; manipulate; process; tackle; transact
【计】 processing
【化】 curing
【医】 disposal; processing; treatment
【经】 deal; disposal; disposition; handle; process; processing; treatment

翻译例句

1. 喷丸处理可有效提高该弹簧的疲劳寿命。

The fatigue limit of Ti-Ni SMA spring could be efficiently increased by shot-peening.

2. 喷丸处理亦能改善铜合金的应力松弛性能。

Shot peening is also improved the stress relaxation ability of copper alloy.

3. 喷丸处理亦能改善铜合金的应力松弛性能。

Study on Fractional Maxwell Model of Polymer Stress Relaxation Process;

4. 本文对采用喷丸处理改善结构钢的短裂纹断裂性能进行了探讨。

In this paper, an attempt has been made to improve the short-crack fracture characteristics of structural steel by the application of shot peening.

5. 本文对采用喷丸处理改善结构钢的短裂纹断裂性能进行了探讨。

This method is also proved to be reasonable based on experimental data of fatigue short crack at notch.

6. 对试样进行了喷丸处理，进而探讨了球铁材料的强化机制和抗疲劳技术。

Based on the experiments of shot peening to some specimens, the paper makes an approach to strengthening mechanism and fatigue resistance technology for nodular cast iron.

7. 利用传统的喷丸技术对高锰钢表面喷丸处理，研究材料表层的组织结构特征。

The high manganese steel was processed by the conventional shot peening technology, and the surface microstructure was characterized.

8. 台架试验表明，采用该喷丸机对后桥主动锥齿轮进行强化喷丸处理，齿轮的平均寿命提高约40%。

The test results show that the average life of gear can increase40%approximately by taking peen shot for rear axle pinion gear.

9. 钢管的表面处理是决定覆盖层质量的关键因素，对大多数覆盖层而言，喷(抛)丸除锈法是最理想的除锈方式。

Surface cleaning is critically important for pipe coating, and shot (impeller) blasting is the most suitable derusting method for most kinds of coating materials.

10. 所有部件均经过特殊防氧化处理，不生锈、耐化学物质腐蚀，接头为坚实的喷丸铸件，产品使用寿命高达30年以上，无须维护。

All parts of the ladderspan are anti-oxygenation, with interlocks made by casting of spray pellet, which provides itself a lifespan of 30 years more.

11. 实现钢铁材料表面自身纳米晶化的主要方法有超声喷丸、高能喷丸和机械研磨处理等。

Three methods of surface self-nanocrystallization for iron and steel are ultrasonic shot peening, high energy shot peening and surface mechanical attrition treatment.

12. 表面喷丸是生产800合金u型蒸汽发生器传热管成品必不可少的处理工序。

For production of final 800 alloy U-shaped steel tubes used for steam generator heat-conduction, surface shot-blast treatment is a must.

13. 本文基于国内某航空企业的需要，对300M钢零件喷丸强化后打磨处理对其强化效果的影响及其影响机理进行了研究。

Based on the requirement of a domestic aviation enterprise, the influence of polishing after shot peening on 300m steel and its mechanism are studied in this paper.

14. 分析研究了喷丸强化处理前后的显微硬度和表面粗糙度。

The microhardness and surface roughness of specimens before and after shot peening was studied and analysed.

15. 铝合金经喷丸强化处理后，可将常规疲劳强度提高，并使材料的疲劳性能不受微动作用的影响。

After shot peening, the regular fatigue strength of aluminium alloy can be increased and the effect of micromotion on fatigue performance of ther material can be avoided.

16. 本文利用高能振动喷丸技术对低碳钢和工业纯钛进行了表面纳米化处理。

The surface nanocrystallization of a low carbon steel and commercial pure titanium was realized by using high-energy shot peening technique.

17. 本文对比分析了氮基保护气氛和真空两种热处理加热介质对300M钢疲劳性能的影响，并研究了热处理后表面喷丸强化对300 M钢疲劳性能的改善情况。WWW.WeNtiYi.coM

In this paper, the effect of heat treatment by the nitrogen atmosphere and vacuum furnace and shot peening thereafter on fatigue properties of 300m steel were studied.

18. 对焊接的SUS304不锈钢进行氧化、打磨、酸洗和喷丸等不同处理，研究了不同表面处理对SUS304不锈钢耐微生物腐蚀性能的影响。

The influence of surface treatment such as oxidizing, grinding, pickling and blasting on the resistance to microbiologically influenced corrosion (MIC) of stainless steel SUS304 is studied.

19. 结果表明，采用水基工作液电火花加工，电火花加工后高温回火处理及喷丸强化等措施，都可提高试样的冲击疲劳寿命。

The results show that the impact fatigue life-time of the specimen will increase by means of high-temperature temper and shot-peening after EDM with the water-base working fluid.

20. 结果表明，采用水基工作液电火花加工，电火花加工后高温回火处理及喷丸强化等措施，都可提高试样的冲击疲劳寿命。

The results show that the impact fatigue life-time of the specimen will increase by means of high-temperature temper and shot-peening after EDM with the water-base working fluid.