Fig. 1. Temperature increase distribution of Si reflective mirror. (a) Maximal temperature increase change with time; (b) radial distribution of surface temperature increase

Fig. 2. RMS of thermal aberration of Si reflective mirror change with time

Fig. 3. Temperature increase distribution of SiO₂ window mirror at different moments. (a) Face absorption; (b) body absorption

Fig. 4. Thermal effect of SiO₂ window mirror change with time. (a) Maximal temperature increase; (b) RMS of thermal aberration

Fig. 5. Adaptive correction simulation optical path of thermal effect. (a) Reflective mirrors Si; (b) window mirror SiO₂

Fig. 6. RMS of thermal aberration under uniform intensity laser irradiation change with time

Fig. 7. Normalized peak intensity of far-field under uniform laser irradiation change with time. (a) AO open; (b) AO closed

Fig. 8. Laser intensity distribution in experiment

Fig. 9. Distribution of thermal aberration at 20 s. (a) Reflective mirrors Si; (b) window mirror SiO₂

Fig. 10. RMS of thermal aberration under experimental laser irradiation change with time

Fig. 11. Normalized peak intensity of far-field under experimental laser irradiation change with time before and after correction. (a) AO open; (b) AO closed