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黄铜腐蚀速度与Cl^-浓度的关系 被引量:23
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作者 王志武 原素芳 《材料保护》 CAS CSCD 北大核心 2004年第10期50-51,共2页
 为了定量确定黄铜腐蚀与Cl-浓度的关系,对HSn70-1A、HAl77-2A两种黄铜进行静态挂片浸泡试验,并根据试验数据拟合了关系曲线。试验结果表明,在含Cl-的水溶液中HSn70-1A较HAl77-2A腐蚀严重;HSn70-1A、HAl77-2A的腐蚀速度随Cl-浓度的变...  为了定量确定黄铜腐蚀与Cl-浓度的关系,对HSn70-1A、HAl77-2A两种黄铜进行静态挂片浸泡试验,并根据试验数据拟合了关系曲线。试验结果表明,在含Cl-的水溶液中HSn70-1A较HAl77-2A腐蚀严重;HSn70-1A、HAl77-2A的腐蚀速度随Cl-浓度的变化均呈三次方关系,区别在于HAl77-2A的腐蚀速度随Cl-浓度的变化较为平缓,而HSn70-1A的腐蚀速度随Cl-浓度的变化较为显著,HSn70-1A的腐蚀对Cl-较HAl77-2A更为敏感。 展开更多
关键词 腐蚀 黄铜 Cl^- 静态挂片试验
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Effect of Environmental Conditions on Tin (Sn) Whisker Growth 被引量:2
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作者 Heshmat A. Aglan Kaushal R. Prayakarao +1 位作者 Md. Karim Rahman David V. Burdick 《Engineering(科研)》 2015年第12期816-826,共11页
This research focuses on tin whisker growth under two different environmental conditions namely hygrothermal and a salt solution. Tin coated brass coupons were used for this study to analyze the growth of tin whiskers... This research focuses on tin whisker growth under two different environmental conditions namely hygrothermal and a salt solution. Tin coated brass coupons were used for this study to analyze the growth of tin whiskers over time. Their growth rates were examined periodically using optical and scanning electron microscopy. The physical characteristics of the tin whiskers were identified for each environmental condition. It was discovered that submersion of tin coated brass substrates in 5% salt solution considerably increased the density (number of whiskers per unit area), and the length of the whiskers. In addition, it was found that the geometry and aspect ratio of tin whiskers were different for each environment. 展开更多
关键词 TIN WHISKER Environmental CONDITIONS TIN Coated brass couponS WHISKER GROWTH Corrosion
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黄铜挂片腐蚀速率超标原因分析及对策 被引量:1
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作者 杨新平 王弼臣 +1 位作者 范光辉 赵勇 《大氮肥》 CAS 2014年第5期340-344,共5页
循环冷却水黄铜挂片腐蚀速率经常超标,采用提高铜缓蚀剂的加药量等措施,效果不显著。通过查看水质分析数据、浊度与挂片腐蚀速率之间的关系及挂片表面腐蚀状况,发现循环冷却水的浊度高是导致黄铜挂片腐蚀速率超标的直接原因,根据浊度的... 循环冷却水黄铜挂片腐蚀速率经常超标,采用提高铜缓蚀剂的加药量等措施,效果不显著。通过查看水质分析数据、浊度与挂片腐蚀速率之间的关系及挂片表面腐蚀状况,发现循环冷却水的浊度高是导致黄铜挂片腐蚀速率超标的直接原因,根据浊度的来源制定相应的防范措施。 展开更多
关键词 循环冷却水 黄铜挂片 腐蚀速率 浊度
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