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    • 13. 发明申请
    • IMPROVEMENTS RELATED TO THE PROTECTION OF REINFORCEMENT
    • 与保护加固相关的改进
    • WO2006043113A2
    • 2006-04-27
    • PCT/GB2005/050186
    • 2005-10-17
    • GLASS, GarethROBERTS, Adrian
    • GLASS, GarethROBERTS, Adrian
    • C23F13/16
    • C23F13/06C23F2201/02C23F2213/22Y10T29/532Y10T29/53204Y10T156/10
    • A method of protecting steel in concrete is disclosed. It consists of connecting the steel (6) to a discrete sacrificial anode assembly (7) comprising a base metal (1), a relatively small quantity of catalytic activating agent in contact with the base metal and a substantially inert porous layer (3) that surrounds the base metal and catalytic activating agent. The inert porous layer efficiently maintains a sustainable concentration gradient of the catalytic activating agent between the base metal and the surrounding environment as a result of the electric field across this layer. The preferred porous layer comprises a material that exhibits a net repulsion of negative ions from its pore system and the preferred catalytic activating agent comprises doubly charged sulphate ions as small electric fields maintain very high concentration gradients of these ions resulting in high concentrations at the base metal surface and insignificant concentrations at the assembly periphery.
    • 公开了一种在混凝土中保护钢的方法。 它包括将钢(6)连接到包括贱金属(1),相对少量与贱金属接触的催化活化剂和基本上惰性的多孔层(3)的离散牺牲阳极组件(7) 围绕贱金属和催化活化剂。 惰性多孔层由于穿过该层的电场而有效地保持催化活化剂在贱金属和周围环境之间的可持续的浓度梯度。 优选的多孔层包括从其孔系统显示出负离子的净斥力的材料,并且优选的催化活化剂包含双电荷的硫酸根离子,因为小的电场保持这些离子的非常高的浓度梯度,导致在贱金属处的高浓度 在组装周边的表面和不显着的浓度。