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Research Article

Dynamical behaviours and soliton solutions of the conformable fractional Schrödinger–Hirota equation using two different methods

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Pages 66-74 | Received 30 Jun 2021, Accepted 14 Jan 2022, Published online: 07 Feb 2022

Figures & data

Figure 1. Behaviour of |u(x,t)|2 for solution (14) at λ=1,η=1 and μ=0.4,0.8, respectively.

Figure 1. Behaviour of |u(x,t)|2 for solution (14) at λ=−1,η=1 and μ=0.4,0.8, respectively.

Figure 2. The solution (14) for different values of μ at t=0.6.

Figure 2. The solution (14) for different values of μ at t=0.6.

Figure 3. The solution (14) for fixed values of x and t, respectively.

Figure 3. The solution (14) for fixed values of x and t, respectively.

Figure 4. Behaviour of |u(x,t)|2 for solution (21) at λ=1,η=1, and μ=0.4,0.8 respectively.

Figure 4. Behaviour of |u(x,t)|2 for solution (21) at λ=−1,η=1, and μ=0.4,0.8 respectively.

Figure 5. The solution (21) for different values of μ at t=0.6.

Figure 5. The solution (21) for different values of μ at t=0.6.

Figure 6. The solution (21) for fixed values of x and t, respectively.

Figure 6. The solution (21) for fixed values of x and t, respectively.

Figure 7. The solution (30) for μ=0.25,0.6,0.75, respectively.

Figure 7. The solution (30) for μ=0.25,0.6,0.75, respectively.

Figure 8. The solution (35) for various values of μ at x=1.

Figure 8. The solution (35) for various values of μ at x=1.

Figure 9. The solution (35) for fixed values of x and t, respectively.

Figure 9. The solution (35) for fixed values of x and t, respectively.