全面腐蚀控制
全麵腐蝕控製
전면부식공제
TOTAL CORROSION CONTROL
2014年
2期
50-51
,共2页
蒋国辉%韩树强%高国平%徐承伟%陈瑞东%刘丙一%白晶%钟辉
蔣國輝%韓樹彊%高國平%徐承偉%陳瑞東%劉丙一%白晶%鐘輝
장국휘%한수강%고국평%서승위%진서동%류병일%백정%종휘
长效参比电极%高Cl-环境%结构改进
長效參比電極%高Cl-環境%結構改進
장효삼비전겁%고Cl-배경%결구개진
long-term reference electrode%high Cl-environment%structure improvement
近海环境下，长效Cu/CuSO4参比电极因为和周围杂质离子交换，造成电解液污染、电位偏移等问题，给现场测试带来极大的误差。本文设计了一套新型长效Cu/CuSO4参比电极系统，电解质环境纯净，基准电位稳定，便于维护，可作为普通长效参比电极的替代产品。
近海環境下，長效Cu/CuSO4參比電極因為和週圍雜質離子交換，造成電解液汙染、電位偏移等問題，給現場測試帶來極大的誤差。本文設計瞭一套新型長效Cu/CuSO4參比電極繫統，電解質環境純淨，基準電位穩定，便于維護，可作為普通長效參比電極的替代產品。
근해배경하，장효Cu/CuSO4삼비전겁인위화주위잡질리자교환，조성전해액오염、전위편이등문제，급현장측시대래겁대적오차。본문설계료일투신형장효Cu/CuSO4삼비전겁계통，전해질배경순정，기준전위은정，편우유호，가작위보통장효삼비전겁적체대산품。
In Offshore environment, a long-term Cu/CuSO4 reference electrode always suffered electrolyte pollution and potential deviation problems due to the ion exchange between electrolyte and the surroundings, and then brought potential measurement impact error in field test. A new long-term Cu/CuSO4 reference electrode was developed to be used as substitute products of common Cu/CuSO4 reference electrode due to its advantages:pure electrolyte environment, stable benchmark potential and easy maintenance.
