关键词: 高性能混凝土;配合比;矿物外加剂;迁移型阻锈剂

Abstract: This study aimed to the problem of durability and hydration of high performance concrete .In this paper , axial compression , electric flux , and thermal of concrete were tested , and high performance concrete which incorporated inhibitor and mineral admixture with different gradation were studied .The results showed that: With optimization design , 28 d strength of concrete specimens has increased by incorporation of mineral admixtures and migrating inhibitor , and the electrochemical property of the steel bar were with the further promoted .Meanwhile , Resistance to chloride ion penetration of concrete is 39％lower than reference concrete and hydration heat of cementious material decreased by 37％than reference sample .While increasing incorporation of fly ash and mineral powder , performance of resistance to chloride ions and strength of concrete improved , and peak of hydration heat was also reduced .When mineral admixture content reached 22％, it is possible to achieve the best performance of concrete .The electric flux dropped significantly while mineral admixtures and migrating corrosion inhibitor were incorporated , and mineral admixtures and inhibitor have synergistic effect on durability of concrete and control of hydration heat .

Key words: concrete;mix proportion;mineral admixture;migrating corrosion inhibitor