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Surfaces Of Qhatm Solution Vx T For The Case Study Iat

Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Surfaces of q‐HATM solution v(x, t) for the case study (i)at ...
Plot of the q-HATM solution v(x, t) vs. t at α = 1 = n and x = 1.5 for ...
Plot of the q-HATM solution v(x, t) vs. t at α = 1 = n and x = 1.5 for ...
The surfaces of the q‐HATM solutions for Case 1 at ϱ=1,n=1, and ℏ=−1 ...
The surfaces of the q‐HATM solutions for Case 1 at ϱ=1,n=1, and ℏ=−1 ...
The Exact solution of V(x,t) for case 1. | Download Scientific Diagram
The Exact solution of V(x,t) for case 1. | Download Scientific Diagram
Nature of the obtained solution defined in Case 2 with differentα for ...
Nature of the obtained solution defined in Case 2 with differentα for ...
Plot of the q-HATM solution v(x, t) vs. t when = −1, n = 1, x = 1.5 for ...
Plot of the q-HATM solution v(x, t) vs. t when = −1, n = 1, x = 1.5 for ...
For the case of 3.5-150, solid blue and red surfaces are iso-surfaces ...
For the case of 3.5-150, solid blue and red surfaces are iso-surfaces ...
The surface graph of approximate solution v(x, t) and ρ(x, t) for β ...
The surface graph of approximate solution v(x, t) and ρ(x, t) for β ...
The plots of the real part of δ-HPTM, q-HATM, and exact solution for ...
The plots of the real part of δ-HPTM, q-HATM, and exact solution for ...
The plots of the real parts of δ-HPTM, q-HATM, and exact solution for ...
The plots of the real parts of δ-HPTM, q-HATM, and exact solution for ...
Plots of q-HATM solution u (r, t) Vs. r, t when = −1, n = 1, for (a) α ...
Plots of q-HATM solution u (r, t) Vs. r, t when = −1, n = 1, for (a) α ...
The surface graph of approximate solution v(x, t) and ρ(x, t) for β ...
The surface graph of approximate solution v(x, t) and ρ(x, t) for β ...
The surface graph of approximate solution v(x, t) for case-II: (a)v(x ...
The surface graph of approximate solution v(x, t) for case-II: (a)v(x ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
The surface graph of approximate solution v(x, t) for case-II: (a)v(x ...
The surface graph of approximate solution v(x, t) for case-II: (a)v(x ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
The nature of q‐HATM solutions for Case 1 with different ϱ at t=5,n=1 ...
The nature of q‐HATM solutions for Case 1 with different ϱ at t=5,n=1 ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
(a) 3D plot for the q-HATM solution, (b) surface of the exact solution ...
The q-HATM solution of 3 D graph of Example 3 for different values of α ...
The q-HATM solution of 3 D graph of Example 3 for different values of α ...
The surfaces show solution c(x, t) for Eq. (32) at ℏ = –1, n = 1 and β ...
The surfaces show solution c(x, t) for Eq. (32) at ℏ = –1, n = 1 and β ...
The surface shows the approximate solution for v ( x , t ) . | Download ...
The surface shows the approximate solution for v ( x , t ) . | Download ...
-curves for the q-HATM solution when t = 0.01, x = 1.5, n = 1 for ...
-curves for the q-HATM solution when t = 0.01, x = 1.5, n = 1 for ...
The surface shows the solution v ( x , t ) of (11): (a) exact solution ...
The surface shows the solution v ( x , t ) of (11): (a) exact solution ...
(a) and (b) The surface shows the solution v ( x , y , t ) for (8): (a ...
(a) and (b) The surface shows the solution v ( x , y , t ) for (8): (a ...
In terms of the left picture, the surface denotes the solution v(x, t ...
In terms of the left picture, the surface denotes the solution v(x, t ...
a Nature of q-HATM result, b behaviour of the solution for Example 4.4 ...
a Nature of q-HATM result, b behaviour of the solution for Example 4.4 ...
The surfaces solution of gas dynamic equation. (a) The approximate ...
The surfaces solution of gas dynamic equation. (a) The approximate ...
The q-HATM solution of 3 D graph of Example 3 for different values of α ...
The q-HATM solution of 3 D graph of Example 3 for different values of α ...
The surface shows the solution ρ( x, t ) for Eq. (48) when α = 1 , μ ...
The surface shows the solution ρ( x, t ) for Eq. (48) when α = 1 , μ ...
-curves for the q-HATM solution when t = 0.01, x = 1.5, n = 1 for ...
-curves for the q-HATM solution when t = 0.01, x = 1.5, n = 1 for ...
The surface shows the solution u ( x , t ) for (27) with initial ...
The surface shows the solution u ( x , t ) for (27) with initial ...

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Surfaces of q‐HATM solution v(x, t) for the case study (i)at ... Plot of the q-HATM solution v(x, t) vs. t at α = 1 = n and x = 1.5 for ... The surfaces of the q‐HATM solutions for Case 1 at ϱ=1,n=1, and ℏ=−1 ... The Exact solution of V(x,t) for case 1. | Download Scientific Diagram Nature of the obtained solution defined in Case 2 with differentα for ... Plot of the q-HATM solution v(x, t) vs. t when = −1, n = 1, x = 1.5 for ... For the case of 3.5-150, solid blue and red surfaces are iso-surfaces ... The surface graph of approximate solution v(x, t) and ρ(x, t) for β ...

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