Xiaping Zhang. Spatiotemporal Controllable Airy-Ince-Gaussian Beam in Strongly Nonlocal Nonlinear Media[J]. Acta Optica Sinica, 2022, 42(2): 0219001
- Acta Optica Sinica
- Vol. 42, Issue 2, 0219001 (2022)
Fig. 1. Transmission evolution diagram of oblique incidence Airy beam. (a) Transmission process of finite-energy Airy beams with different initial velocities; (b) intensity distribution at different transmission distances
Fig. 2. Transverse normalized intensity distribution of spatiotemporal even CAiIG beams at different propagating distances when P0/Pc=0.2. (a) z=0; (b) z=1.5; (c) z=3.0; (d) z=4.5; (e) z=6.0; (f) z=7.5; (g) z=9.0; (h) z=10.5; (i) z=12.0
Fig. 3. Transverse normalized intensity distribution of spatiotemporal even CAiIG beams during propagation. (a) z=0; (b) z=1.5; (c) z=3.0; (d) z=4.5; (e) z=6.0; (f) z=7.5; (g) z=9.0; (h) z=10.5; (i) z=12.0
Fig. 4. Spatiotemporal even CAiIG beams and spatiotemporal odd CAiIG beams. (a1)--(a3) AiLG beam; (b1)--(b3) AiIG beam; (c1)--(c3) AiHG beam
Fig. 5. Transverse normalized intensity and energy flow of spatiotemporal odd CAiIG beam in X-Y plane. (a) z=0.1; (b) z=2.0; (c) z=4.0; (d) z=6.0
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