腐蚀科学与防护技术
腐蝕科學與防護技術
부식과학여방호기술
CORROSION SCIENCE AND PROTECTION TECHNOLOGY
2001年
3期
162-164
,共3页
张秀丽%孙冬柏%俞宏英%黄锦滨%杨德钧
張秀麗%孫鼕柏%俞宏英%黃錦濱%楊德鈞
장수려%손동백%유굉영%황금빈%양덕균
空蚀机理腐蚀因素力学因素电化学
空蝕機理腐蝕因素力學因素電化學
공식궤리부식인소역학인소전화학
综述并深入讨论了空蚀过程中的腐蚀作用,提出了金属材料在空蚀过程中,在机械或力学作用下形成的材材料表面电化学不均匀性和电偶电池的设想.
綜述併深入討論瞭空蝕過程中的腐蝕作用,提齣瞭金屬材料在空蝕過程中,在機械或力學作用下形成的材材料錶麵電化學不均勻性和電偶電池的設想.
종술병심입토론료공식과정중적부식작용,제출료금속재료재공식과정중,재궤계혹역학작용하형성적재재료표면전화학불균균성화전우전지적설상.
This paper discusses the research achievements of cavitation damage mechanisms.Although there is enormous literatures concerned with the mechanical effects causing cavitation damage.However,corrosive effects,which plays an important role in the process of the cavitation damage,are seldom studied.The cavitation damage is actually caused by the combination of mechanical and corrosive effects.In order to obtain a complete understanding of the mechanisms,additional research about interactive mechanism of corrosive and mechanical effects and the quantitative relationships between the two effects are required. This paper has proposed a new assumption by which the interplay of corrosion and mechanical effects can be understood.