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
1期
9-11,28
,共4页
朱相荣%郁春娟%张晶
硃相榮%鬱春娟%張晶
주상영%욱춘연%장정
合金海水腐蚀环境因素灰关联分析
閤金海水腐蝕環境因素灰關聯分析
합금해수부식배경인소회관련분석
应用灰关联分析法解析海水环境因素与海水腐蚀性,找出影响Al合金在海水中平均腐蚀率和局部腐蚀深度的主要因素,分别为溶氧量、pH值与盐度和海生物附着面积、溶氧量与海水流速.分析结果与现场试验结果比较吻合.
應用灰關聯分析法解析海水環境因素與海水腐蝕性,找齣影響Al閤金在海水中平均腐蝕率和跼部腐蝕深度的主要因素,分彆為溶氧量、pH值與鹽度和海生物附著麵積、溶氧量與海水流速.分析結果與現場試驗結果比較吻閤.
응용회관련분석법해석해수배경인소여해수부식성,조출영향Al합금재해수중평균부식솔화국부부식심도적주요인소,분별위용양량、pH치여염도화해생물부착면적、용양량여해수류속.분석결과여현장시험결과비교문합.
The relationship between corrosion of aluminium alloys and environment factors in sea water have been studied by grey relationship analysis methods. The main factors in fluencing average corrosion rates of aluminium alloys have been found in four China seas in accordance with grey relationship grade, which are dissloved oxygen、pH、and solinity in sea water. The main factors influencing localized corrosion depth of alumnium alloys are adhesion area of marine animals and plants, dissolved oxygen and flow velocity in sea water. The analysis conclusions are in line with actual situation. The grey relationship analysis affords new idea and mathematics basis for the evaluation of sea water corrosivity.