1)  cavitation erosion
空蚀规律
2)  cavitation erosion
空蚀
1.
Comparison of cavitation erosion test methods for metallic materials;
金属材料空蚀试验方法研究进展
2.
Morphology characteristics of the heat-affected zone of aluminum bronze welding after cavitation erosion;
铝青铜焊接热影响区的空蚀形貌特征
3.
Elastic deformation energy and cavitation erosion of Ti_3Al-based alloy;
Ti_3Al基合金的弹性变形能与空蚀
3)  cavitation damage
空蚀
1.
Relationship between electrochemical and dynamic performances of Fe-Cr alloys during cavitation damage;
铁铬合金空蚀过程中电化学-力学性能相关性
2.
Research on cavitation damage and figure optimization for spillway tunnel of Yunlong Reservoir;
云龙水库泄洪洞空蚀及体形优化研究
3.
Effects of ion implantation on surface modification of cavitation damage for turbine materials;
离子注入技术在水轮机材料空蚀改性中的应用
4)  cavitation
空蚀
1.
Research progress of cavitation,silt abrasion and their synergism;
空蚀、磨损及其联合作用研究进展
2.
Summary of study on ogee-section cavitation in longtaitou spillway tunnels;
龙抬头泄洪洞反弧段空化空蚀研究综述
3.
Effects of bubble size distribution on aeration for cavitation alleviation under cavitating shock wave;
空蚀冲击波模式下气泡尺寸在掺气减蚀中的作用
5)  cavitation corrosion
空蚀
1.
By the joint action of cavitation corrosion produced in the high speed stream and medium activation corrosion,the spray nozzles of anhydrous ammonia stripper corrode seriously.
无水氨汽提塔喷嘴在高速蒸汽产生的空蚀和介质的活化腐蚀联合作用下腐蚀严重,通过材质、结构优化取得了良好的效果。
2.
The cavitation corrosion behavior of 20SiMn low alloy steel in 3% NaCl solution with or without sodium nitrite was investigated by using a magnetostrictive-induced cavitation facility.
利用磁致伸缩空蚀实验机研究了 2 0SiMn低合金钢在 3%NaCl和 3%NaCl+NaNO2 溶液中的空蚀行为 。
3.
The cavitation corrosion behavior of 1Cr18Mn14N duplex stainless steel in 3%NaCl and 0.
利用磁致伸缩空蚀实验机研究了 1Cr18Mn14N双相不锈钢在 3%NaCl和 0 5mol/LHCl溶液中的空蚀行为 。
6)  cavitation damage
空蚀破坏
1.
At first,the theory and the happening conditions of cavitation damage are presented,at the same time,the reasons of cavitation damage and the position where the cavitation damage usually takes place are analyzed in tunnel spillways.
首先介绍了空蚀破坏的原理以及发生空蚀破坏的条件,并分析了龙抬头式泄洪洞发生空蚀破坏的原因和易发生空蚀破坏的部位。
2.
This paper introduces a new kind of gate, the inverted-hook gate without gate-slot, the arrangement form of which can reduce the cavitation damage effectively, decrease the head loss to the utmost extent, and avoid the generation of the cavity sources.
介绍了一种新型闸门——无门槽反钩闸门,这种闸门布置形式可以有效减少空蚀破坏,最大限度地降低水头损失,避免空穴源的产生。
参考词条
补充资料:水泵气蚀(见空化与空蚀)


水泵气蚀(见空化与空蚀)


shuibeng qishi水泵气蚀见空化与空蚀。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。