Understanding Collaborative Effects between the Polymer Gel Structure and the Applied Electrical Field in Gel Electrophoresis Separation

Figure 5

(a) Optimal time of separation predicted for a resolution with a value of two in a diverging pore with orthogonal applied electrical field (): , , , , , and different valence ratio, , values. (b) Optimal time of separation predicted for a resolution with a value of two in a diverging pore with orthogonal applied electrical field (): , , , , , and different angles of divergence, . (c) Optimal time of separation predicted for a resolution with a value of two in a diverging pore with orthogonal applied electrical field (): , , , , , and different aspect ratio, , values. (d) Optimal time of separation predicted for a resolution with a value of two in a diverging pore with orthogonal applied electrical field (): , , , , , for various dimensionless axial position, , values.

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