So bonding performance of the interface and internal force translating mechanism between FRP and high strength concrete are crucial in FRP strengthening technology.
FRP与混凝土之间通过界面层传递内力，研究界面层的粘结性能和内力传递机理是FRP加固技术的关键。
The strengthening action of the reactive coupling agent accompanied by the co - coupling agent on the second - phase - interface and their t.
偶联表面活性剂的特殊结构及其与传统表面活性剂的协同作用决定了此体系中液晶相、双水相的独特性质。
The strengthening action of the reactive coupling agent accompanied by the co - coupling agent on the second - phase - interface and their t.
偶联表面活性剂的特殊结构及其与传统表面活性剂的协同作用决定了此体系中液晶相、双水相的独特性质。
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