Abstract
The influence of naphthalene water reducer on corrosion behavior of reinforcing steel in concrete was studied by the methods of corrosion potential measurement,linear polarization and EIS test.The values of concrete resistance(Rc) and polarization resistance(Rp) of the samples with naphthalene water reducer were higher than those without naphthalene water reducer,especially in the concrete with 0.2 percent naphthalene water reducer.A suitable amount of water reducer can improve the pore structures of concrete,increase the concrete compactness and impermeability,and decrease corrosion rate of rebars in concrete.
Keywords
naphthalene water reducer, concrete, rebar corrosion, EIS, linear polarization
Publication Date
2009-05-28
Online Available Date
2009-05-28
Revised Date
2009-05-28
Received Date
2009-05-28
Recommended Citation
Yu-ming TANG, Jie ZHANG, Yu ZUO.
Effect of Naphthalene Water Reducer on Corrosion Behavior of Reinforcing Steel in Concrete[J]. Journal of Electrochemistry,
2009
,
15(2): 152-156.
DOI: 10.61558/2993-074X.1971
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol15/iss2/6
References
[1]Xiong Dayu(熊大玉),Wang Xiaohong(王小虹).Concrete admixtures[M].Beijing:Chemical IndustryPress,2002.3-4.
[2]Pech-Canul M A,Castro P.Corrosion measurements ofsteel reinforcement in concrete exposed to a tropical ma-rine atmosphere[J].Cement and Concrete Research,2002,32:491-498.
[3]Morris W,Vico A,Vazquez M.The performance of amigrating corrosion inhibitor suitable for reinforced con-crete[J].Journal of Applied Electrochemistry,2003,33:1183-1189.
[4]Ali Gurten A,Kadriye Kayakiril,Mehmet Erbil.Theeffect of thiosemicarbazide on corrosion resistance ofsteel reinforcement in concrete[J].Construction andBuilding Materials,2007,21:669-676.
[5]Koleva D A,Hu J,Fraaij A L A,et al.Quantitativecharacterisation of steel/cement paste interface micro-structure and corrosion phenomena in mortars sufferingfrom chloride attack[J].Corrosion Science,2006,(48):4001-4019.
[6]Koleva D A,J HW de Wit,Breugel K van,et al.Cor-relation of microstructure,electrical properties and elec-trochemical phenomena in reinforced mortar.Break-down to multi-phase interface structures.Part II:Porenetwork,electrical properties and electrochemical re-sponse[J].Materials Characterization,2008,801-815.
[7]Shi Meilun(史美伦),Zhang Zhenlei(张震雷),HeHongzhu(贺鸿珠).Initial probe into study of fly ashquality by means of alternative current impedence spec-trum[J].Coal Ash China,2004,(5):8-9.
[8]Zheng Xiwei(郑伟希),Qiu Furong(邱富荣).Theelectrochemical behavior of steel in concrete[J].Corro-sion and Protection,1999,20(8):357-372.
[9]Qiao Guofu,Ou Jinping.Corrosion monitoring of rein-forcing steel in cement mortar by EIS and ENA[J].Electrochimica Acta,2007,52:8008-8019.
[10]Yang Jinzhong(杨进忠),Zhu Fuguang(朱付广),Zhang Liyong(张立勇),et al.Experimental study onpemeability of high performance concrete[J].Con-crete,2006,(9):75-76.
[11]Wang Guojian(王国建),Wei Jingliang(魏敬亮).Development of study on working mechanisms of highrange water-reducers[J].Journal of Building Materi-als,2004,7(2):188-193.
[12]Chen Hongyan(陈红岩).Effect of water reducer onhydrating capacity and pore structure of cement paste[J].Shandong Building Materials,2007(2):16-19.
[13]LIN Dong(林东),LIN Yong-quan(林永权),YANGYong-min(杨永民),et al.Influence on properties ofcement system of water reducer dosage[J].Journal ofGuangxi Normal University(Natural Science Edition),2007,25(1):74-77.
[14]You Qijun(尤启俊),Wang Mingsheng(王明生).Negative effect of admixtures on concrete[J].Con-crete,2003,(9):63-64.
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