Fig. 1. Influence of different distribution factors and initial intervals on the interaction of in-phase Airy Gaussian beams

Fig. 2. Influence of different initial amplitudes on the interaction of in-phase Airy Gaussian beams

Fig. 3. Influence of different degrees of molecular orientation nonlocality on the interaction of in-phase Airy Gaussian beams

Fig. 4. Influence of different degrees of thermal nonlocality on the interaction of in-phase Airy Gaussian beams at different initial amplitudes

Fig. 5. Influence of different thermal nonlinear coefficients on the interaction of in-phase Airy Gaussian beams

Fig. 6. Influence of different distribution factors and initial intervals on the interaction of out-of-phase Airy Gaussian beams

Fig. 7. Influence of different initial amplitudes on the interaction of out-of-phase Airy Gaussian beams

Fig. 8. Influence of different degrees of molecular orientation nonlocality on the interaction of out-of-phase Airy Gaussian beams

Fig. 9. Influence of different degrees of thermal nonlocality on the interaction of out-of-phase Airy Gaussian beams at different initial amplitudes

Fig. 10. Influence of different thermal nonlinear coefficients on the interaction of out-of-phase Airy Gaussian beams