Yan Zhao, Lijun Song, Yan Wang. 3-Soliton Solutions of Multi-Component Coupled Nonlinear Schrödinger Equation and Their Interaction[J]. Acta Optica Sinica, 2019, 39(4): 0419001
- Acta Optica Sinica
- Vol. 39, Issue 4, 0419001 (2019)
Fig. 1. Interaction among regular 3-solitons at α11=α12=α21=α22=α31=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 2. Interactions among regular 3-solitons at α11=α22=α31=0,α12=0.5, α21=2, and α32=1.5. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 3. Interaction among regular 3-solitons at α12=α22=α31=0, α11=0.5, α21=1, and α32=0.5. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 4. Interactions among regular 3-solitons at α11=α22=α32=0, α12=1, α21=2, and α31=5. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 5. Interaction among regular 3-solitons at α11=3,α12=5,α21=2, α22=4, α31=1, and α32=3. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 6. Interaction among regular 3-solitons at α11=4,α12=0,α21=0, α22=4, α31=1, and α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 7. Interaction among bound state 3-solitons at η1=0.8,η2=0.5, and η3=0.6. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 8. Interaction among bound state 3-solitons at η1=1, η2=1, and η3=2. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 9. Interaction among bound state 3-solitons at η1=2, η2=1.1, and η3=1.2. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 10. Interaction among bound state 3-solitons at η1=2, η2=1.5, and η3=1.4. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 11. Interaction between one bound soliton and one regular soliton at α11=α12=α21=α22=α31=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 12. Interaction between one bound soliton and one regular soliton at α11=α22=α31=0 and α12=α21=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 13. Interaction between one bound soliton and one regular soliton at α12=α22=α31=0 and α11=α21=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 14. Interaction between one bound soliton and one regular soliton at α12=α21=α31=0 and α11=α22=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 15. Interaction between one bound soliton and one regular soliton at α11=1, α12=3, α21=5, α22=4, α31=2, and α32=2. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 16. Interaction between two bound solitons and one regular soliton at α11=α12=α21=α22=α31=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 17. Interaction between two bound solitons and one regular soliton at α11=α22=α31=0 and α21=α12=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 18. Interaction between two bound solitons and one regular soliton at α12=α21=α31=0 and α11=α22=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 19. Interaction between two bound solitons and one regular soliton at α12=α22=α31=0 and α11=α21=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 20. Interaction between one bound soliton and two regular solitons at α11=α12=α21=α22=α31=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 21. Interaction between one bound soliton and two regular solitons at α11=α22=α31=0 and α21=α12=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 22. Interaction between one bound soliton and two regular solitons at α12=α21=α31=0 and α11=α22=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
Fig. 23. Interaction between one bound soliton and two regular solitons at α12=α22=α31=0 and α11=α21=α32=1. (a) Bright soliton component |q1|; (b) bright soliton component |q2|; (c) dark soliton component |q3|
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