材料工程
材料工程
재료공정
JOURNAL OF MATERIALS ENGINEERING
2009年
12期
37-41
,共5页
顾家琳%闫睿%久本淳%濑文雄
顧傢琳%閆睿%久本淳%瀨文雄
고가림%염예%구본순%뢰문웅
碳钢%大气腐蚀%暴露方式
碳鋼%大氣腐蝕%暴露方式
탄강%대기부식%폭로방식
carbon steel%atmospheric corrosion%exposed mode
研究碳钢在青岛不同暴露方式下的大气腐蚀,结果表明:带顶盖的腐蚀面向上的B种暴露方式和带顶盖腐蚀面向下的C种暴露方式要比面朝南且与水平倾斜45°的A种暴露方式的大气腐蚀严重得多.认为这种现象与青岛的高湿度及Cl-的影响有关.
研究碳鋼在青島不同暴露方式下的大氣腐蝕,結果錶明:帶頂蓋的腐蝕麵嚮上的B種暴露方式和帶頂蓋腐蝕麵嚮下的C種暴露方式要比麵朝南且與水平傾斜45°的A種暴露方式的大氣腐蝕嚴重得多.認為這種現象與青島的高濕度及Cl-的影響有關.
연구탄강재청도불동폭로방식하적대기부식,결과표명:대정개적부식면향상적B충폭로방식화대정개부식면향하적C충폭로방식요비면조남차여수평경사45°적A충폭로방식적대기부식엄중득다.인위저충현상여청도적고습도급Cl-적영향유관.
The effect of exposed mode on atmospheric corrosion for carbon steel at Qingdao area was investigated. The results show that the corrosion of carbon steel is the most severe under the B mode, which is under roof and face to horizontal by upward, and C mode, which is under roof and face to horizontal by downward. When the exposure is slope and face to the south (A mode), the corrosion of carbon steel is less than that under B and C mode. It is suggested that the corrosion phenomena are related to the high humidity and Cl-at Qingdao.