Assessment and Improvement of Radiation Resistance in Nuclear Power Plant Materials
In the design and operation of nuclear power plants,the radiation resistance of materials is a key factor in ensuring safety.High temperatures,high pressures,and strong irradiation can have a significant impact on material properties,resulting in microstructural changes,deterioration of mechanical properties,and changes in corrosion properties.By using microstructural analysis techniques such as TEM and SEM,as well as hardness and tensile testing,it is possible to evaluate the performance of materials under extreme conditions in depth.In addition,the use of surface treatment technologies,such as coating technology and ion implantation,can effectively improve the corrosion resistance and mechanical strength of the material,thereby enhancing the radiation resistance of the nuclear power plant material.Practical case studies have shown that these technologies have important application value for optimizing the material properties of nuclear power plants.
nuclear power plantsradiation resistancemicrostructural analysis
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维普
