Fig. 1. Generalized refractive index structure constants versus the spectral index for three coherent length values

Fig. 2. Beam radius of the turbulence effect versus spectral index α at different propagation fluctuation strengths

Fig. 3. (a) Beam quality factor β and (b) coefficient A of the scaling relation of beam spreading of the turbulence effect versus D/r0 or α

Fig. 4. Long-term spots of laser at α=11/3. (a) D/r0=0.39; (b) D/r0=1.55; (c) D/r0=6.18

Fig. 5. Long-term spots of laser at D/r0=6.18. (a) α=3.1; (b) α=3.4; (c) α=11/3; (d) α=3.9

Fig. 6. Relative deviation of beam radius in non-Kolmogorov turbulence and Kolmogorov turbulence versus α at different propagation fluctuation strengths for turbulence effect

Fig. 7. Beam radius versus spectral index α at different propagation fluctuation strengths for the combined effect of non-Kolmogorov turbulence and thermal blooming

Fig. 8. (a) Beam quality factor β and coefficient of thermal blooming term B versus α at different propagation fluctuation strengths for the combined effect of non-Kolmogorov turbulence and thermal blooming

Fig. 9. Long-term spots of laser at different propagation fluctuation strengths when α =11/3. (a) D/r0=0.39; (b) D/r0=1.55; (c) D/r0=6.18

Fig. 10. Long-term spots of laser at different spectral indexes when D/r0=6.18. (a) α=3.1; (b) α=3.4; (c) α=11/3; (d) α=3.9

Fig. 11. Relative deviation of beam radius in non-Kolmogorov and Kolmogorov turbulence versus α at different propagation fluctuation strengths and combined effect of turbulence and thermal blooming