受核工业部秦山核电公司委托,中国建筑科学研究院建筑工程材料及制品研究所对我国自行设计,施工的第一座原子能发电站——秦山核电站安全壳混凝土质量进行了全面检测。安全壳是核电站防止可能发生事故时放射性物质扩散的最后一道屏障,结构复杂,工程量大,检测难度大。该所采用实验室试验—模拟段检测—安全壳实物检测的比较稳妥的技术路线和超声—回弹— Entrusted by the Qinshan Nuclear Power Company of the Nuclear Industry Ministry, the Institute of Building Materials and Products of the Chinese Academy of Building Research conducted a comprehensive inspection of the quality of the containment concrete of Qinshan Nuclear Power Station, the first atomic power station designed and constructed in China. The containment is the last barrier for nuclear power plants to prevent the spread of radioactive materials in the event of an accident. The structure is complex, the quantity of work is large, and detection is difficult. The institute used laboratory tests--analog segment detection--a more secure technical route for the physical inspection of containment and ultrasonic-rebound--