Rushing waters and cavitation corrosion aggravated the development of welding corrosion.

Mechanism Analysis on Cavitation Corrosion of Engine Cylinder Sleeve and Precaution Measures

发动机缸套穴蚀机理分析及预防措施

Cavitation corrosion resistance of cast high strength titanium alloy

高强度铸造钛合金的耐空蚀性能

The erosion and cavitation corrosion mechanisms of coatings were also discussed.

还对覆层材料的抗固、液二相流体的冲蚀和气蚀机理进行了分析。

Simulation Test Study and Theory Analysis to the Cavitation Corrosion in the Efflux Element

射流元件空蚀模拟试验研究及理论浅析

The Dynamic Process and Cavitation Luminescence of Transient Single Acoustic Cavitation Bubbles

瞬态单一声空化气泡的动力学过程及空化发光

Experimental study on boiling heat transfer from horizontal circular tube in an acoustic cavitation field

声空化场下水平圆管沸腾换热的实验研究

Recent developments in the study of acoustic cavitation and related experiment on nuclear emission

声空化物理研究和核发射实验的近期进展

Experimental Observation and Analysis of Enhancing Boiling Heat Transfer with Acoustic Cavitation

声空化强化沸腾换热的试验观察与分析

Experimental study of single-phase convection heat transfer in acoustic cavitation field

声空化场下单相对流传热的实验研究

Acoustic Cavitation: Nuclear emission, Cavitation physics, Acoustic processing

声空化：核辐射、空化物理、声处理

Development of the research on acoustic cavitation enhancement of heat transfer

声空化及其强化传热技术研究进展

When the inlet pressure of nozzle and the distance to the reeds of certain size, cavitation intensity increase as the ratio of nozzle length and thickness increasing. 4.

当入口压力、喷嘴到簧片的距离一定时，簧片尺寸对空化强度有影响，随着喷嘴长度与厚度比值的增加，空化强度增强。

Reed whistle nozzle size on the cavitation intensity of impact, with the nozzle length and the thickness ratio increases, the cavitation effect of strengthening.

喷嘴尺寸对簧片哨的空化强度有影响，随着喷嘴长度与厚度比值的增加，空化效果加强。

When the inlet pressure is constant, the distance between the nozzle and the reed influence on cavitation intensity and there is an optimal value.

当入口压力一定时，喷嘴到簧片的距离对空化强度有影响并存在一最佳值。

It is suggested that the controlled shot peening can be used for impairing cavitation intensity and slackening development of cavitation.

水轮机空蚀破坏具有典型的机械疲劳破坏特征，针对其特点，提出采用受控喷丸工艺来减弱水轮机空蚀强度，延缓空蚀的发展。

The experimental results show that the structure of venturi parameters have a great impact on the hydrodynamic cavitation intensity.

结果表明：文丘里管结构参数对水力空化强度影响非常大。

This paper mainly reviewed several measurement methods of ultrasound cavitation intensity and forecasted its development in the future.

本文主要介绍超声空化的主要探讨了几种测量方法及对超声空化有影响的几种参量，并对超声空化的发展进行了展望。

Review on Measurement of Ultrasound Cavitation Intensity

超声空化强度测量的研究进展

Underwater explosion loads include the shock wave, bubble pulse and cavitation effect.

水下爆炸载荷一般包括冲击波、气泡和空化效应。

Experimental Study on Enhancing Cavitation Effect with Self-resonating Nozzle

自振喷嘴空化起始能力实验研究