3[5]Mor E D,W rubl C.Zinc gluconate as an inhibitor of the corrosion of mild steel in sea water[J].Br Corros J,1976,11(4):199-203.
4[7]Robitaille D R,Bilek G.Molybdate cooling-water treatments[J],Chem Eng,1976,83(27):77-80.
5[9]Soeder K,Roti J S.Molybdate-based cooling water treatment:new developments which expand their application areas[J].IWC-87-12:115-128.
6[10]Qian Y J,Turgoose S.Inhibition by zinc-molybdate mixturesof corrosion of mild steel[J].Br Corros J,1987,22(4):268-277.
7[12]Sastri V S,Bednar J.Corrosion inhibition in coal-water iurries[J].Materials Performance,1990,29(5):44-46.
8[14]Kurosawa K,Fukushima T.Effects of pH of an Na2MoO4 -H3PO4 type aqueous solution on the formation of chemical conversion coatings on steels[J].Corros Sci,29 (9):1103 -1114.
9[17]Bairamov A K.Verdiev S C.Oxidising type inhibitors for protection of aluminium and steel surfaces in sodium chloride solutions[J].Br Corros J,1992,27(2):128-134.
10[19]Oung J C,Chiu S K,Shih H C.Mitigating steel corrsion in cooling water by molybolate-based inhibitors[J].Corrosion Prevention & control,1998,45(4):156-162.