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Influence of Fly ash to Concrete Protecting Steel Corrosion Ability

机译:粉煤灰对混凝土保护钢腐蚀能力的影响

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The compressive strengths of the concrete cubes added fly ash were increased 53.2%, the density was almost unchanged, but the water absorption was decreased 30%. The concrete permeability coefficient and chloride diffusion coefficient added fly ash were lower than the common concrete at all ages. The concrete specimens corrosion potential added fly ash were higher than -300mV, while common concrete almost were lower than -500mV. Corrosion probability was small and there was no crack and corrosion pot on the surface of the specimens until 82 times cycles in wet-dry chlorides solution. Fly ash in concrete has obvious act for improving concrete behavior in protecting the embedded steel in corrosion.
机译:添加粉煤灰的混凝土立方体的抗压强度增加了53.2%,密度几乎不变,但吸水率降低了30%。混凝土渗透系数和氯化物扩散系数添加的粉煤灰低于所有年龄段的常见混凝土。混凝土试样腐蚀电位添加粉煤灰高于-300mV,而常见的混凝土几乎低于-500mV。腐蚀概率很小,标本表面上没有裂缝和腐蚀罐,直至湿冷氯化物溶液中的82次循环。混凝土中的粉煤灰具有显而易见的行为来提高保护嵌入钢腐蚀的混凝土行为。

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