**Figure 1.**
Binary phase diagram for N_{1} = N_{2} = 1 and Ψ = 1.

**Figure 1.**
Binary phase diagram for N_{1} = N_{2} = 1 and Ψ = 1.

**Figure 2.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 2.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 3.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 3.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 4.**
Simulated light scattering patterns obtained for the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 4.**
Simulated light scattering patterns obtained for the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T_{1}^{*} = 0.34 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 5.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 5.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 6.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 6.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29 at x^{*} = 0 and T_{2}^{*} = 0.30 at x^{*} = 1. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 7.**
Simulated light scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 7.**
Simulated light scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.2 and T^{*} = 0.29. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 8.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.35. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 8.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.35. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 9.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.35. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 9.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.35. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 10.**
Simulated light scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 035. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 10.**
Simulated light scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 035. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 11.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.36. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 11.**
Dimensionless concentration spatial profiles c^{*}(x^{*}, y^{*}) formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.36. The asterisks were left out of the variables x, y, c, and t in the figure.

**Figure 12.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.36. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 12.**
Patterns formed during the phase separation phenomena for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 0.36. The asterisks were left out of the variables x, y, and t in the figure.

**Figure 13.**
Simulated light-scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 036. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.

**Figure 13.**
Simulated light-scattering patterns obtained from the calculated structure factors for the case where D = 10^{5}, c_{o}^{*} = 0.3 and T^{*} = 036. The asterisks were left out of the variables k_{1}, k_{2}, and t in the figure.