讨论了国内外提高抗激光损伤性能的技术方法,指出不同方法的优势。主要从微观组织、材料体系、涂层制备方法、损伤阈值、反射率和吸收率等几个角度展开论述。综述了不同材料制备的涂层提高抗激光损伤性能的研究进展,从微观组织、组织颗粒、新研究方法方面展望未来的研究方向:研究颗粒直径对抗激光损伤性能的影响,并将MATLAB、ANSYS等软件应用到提高抗激光损伤性能研究领域。

The technical methods of improving the anti-laser damage performance in the world are discussed. The advantages of different methods to improve the laser damage resistance are pointed out. Microstructure, material system, coating fabrication method, damage threshold, reflectivity, absorptivity, etc. are mainly illustrated. We summarize the research progress in manufacturing different materials coatings to improve the anti-laser damage performance. From the perspectives of microstructure, particles, and new research methods, the future research directions are prospected as follows: the effect of particle diameter on laser damage performance will be studied, and such programs as MATLAB and ANSYS will be used in the anti-laser damage performance research.