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OALib Journal期刊
ISSN: 2333-9721
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基体表面粗糙度对h13钢板表面镀铬层的影响
Keywords: 金属材料,？h13钢,？电镀铬,？粗糙度,？腐蚀电化学
Abstract:
？分析测试h13钢表面镀铬层的表面形貌与结构、粗糙度、显微硬度、厚度、电化学阻抗及极化曲线,研究了h13钢基体表面粗糙度ra对其表面镀铬层结构与性能的影响。结果表明：电镀时间小于30min时,随着ra$的增加,镀铬层晶粒尺寸减小,堆积趋于稀疏;电镀30min后,不同ra的镀铬层晶粒尺寸及分布基本相同;电镀60min后,随着ra的增加,镀铬层晶粒的尺寸明显增大;当ra值小于0.504？μm时,(200)面为铬晶粒的优势生长面,当ra值为0.504？μm时,(211)面为铬晶粒的优势生长面;随电镀时间的增加,镀铬层的厚度和显微硬度逐渐增大；当电镀时间相同时,随着ra的减少,镀铬层的厚度减少,显微硬度增加,镀铬层的耐蚀性逐渐提高。
| [1] | 1shahramkheirandish,ahmadnoorian,effectofniobiumonmicrostructureofcastaisih13hotworktool-steel,journalofironandsteelresearch,61-66,15(2008)
|
| [2] | 2jaeholee,jeonghwanjang,byeongdonjoo,youngmyungson,younghoonmoon,lasersurfacehardeningofaisih13toolsteel,transactionsofnonferrousmetalssocietyofchina,917-920,19(2009)
|
| [3] | 3e.rodríguez,m.flores,a.pérez,r.d.mercado-solis,r.gonzález,j.rodríguez,s.valtierra,erosivewearbysilicasandonaisih13and4140steelswear,2109-2115,26(2009)
|
| [4] | 4r.l.o.basso,r.j.candal,c.a.figueroa,d.wisnivesky,f.alvarez,influenceofmicrostructureonthecorro-sionbehaviorofnitrocarburizedaisih13toolsteelobtainedbypulseddcplasma,surfaceandcoatingstech-nology,1293-1297,203(2009)
|
| [5] | 5r.m.oliveira,j.a.n.gon?alves,m.ueda,s.oswald,s.c.baldissera,improvedcorrosionresistanceoftoolsteelh13bymeansofcadmiumionimplantationanddeposition,surfaceandcoatingstechnology,2981-2985,204（2010）
|
| [6] | 6a.rojo,j.oseguera,o.salas,j.a.acosta,processstructurepropertiesrelationshipduringformationofcrnandalnlayersonh13steel,surfaceandcoatingstechnology,217-222,203(2008)
|
| [7] | 7borisnavinsek,peterpanjan,frankgorenjak,improvementofhotforgingmanufacturingwithpvdanddu-plexcoatings,surfaceandcoatingstechnology,255-258,137(2001)
|
| [8] | 8j.torres-gonzaléz,p.benaben,studyoftheinfluenceofelectrolytechemicalcompositiononthepropertiesofchromiumelectrodeposits—microstructure,crystallographictexture,residualstress,andmicrohardness,metalfin-ishing,107-116,101(2003)
|
| [9] | 9d.kim,m.kim,k.s.nam,d.chang,s.c.kwon,duplexcoatingforimprovementofcorrosionresistanceinchromiumdeposit,surfaceandcoatingstechnology,650-654,169-170(2003)
|
| [10] | 10m.heydarzadehsohi,f.ghadami,comparativetribologicalstudyofairplasmasprayedwc–12%cocoatingversusconventionalhardchromiumelectrodeposit,tribologyinternational,882-886,43(2010)
|
| [11] | 11zhangyuncheng,hurunan,xiangrong,platingmanual(thirdedition)(beijing,nationaldefenseindustrypress,2008)p.246
|
| [12] | (张允成,胡如南,向荣,电镀手册(第三版),(北京:国防工业出版社,2008)p.246)
|
| [13] | 12anmaozhong,platingtheoryandtechnology(haerbin,harbininstituteoftechnologypress,2004)p.76
|
| [14] | (安贸忠,电镀理论与技术,(哈尔滨:哈尔滨工业大学出版社,2004)p.76)
|
| [15] | 13zhanghongxiang,wangwei,platingtechnology(tianjing,tianjinscienceandtechnologypress,2002)p.185
|
| [16] | (张宏祥,王为,电镀工艺学,(天津:天津科学技术出版社,2002)p.185)
|
| [17] | 14zhaquanqing,kineticsofelectrodeprocesses(beijing,sciencepress,2002)p.213
|
| [18] | (查全性,电极过程动力学导论,(北京:科学出版社,2002)p.213)
|
| [19] | 15caochunan,principlesofelectrochemicalcorrosion(beijing,chemicalindustrypress,2004)p.169
|
| [20] | (曹楚南,电化学腐蚀原理,(北京:化学工业出版社,2004)p.169)
|
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