Figures & data
FIGURE 1 Schematic representation of proposed mechanism for the formation of zein based films by electrophoretic deposition using indium tin oxide (ITO) electrodes (A) containing vertical (B) and horizontal (C) electric fields.
![FIGURE 1 Schematic representation of proposed mechanism for the formation of zein based films by electrophoretic deposition using indium tin oxide (ITO) electrodes (A) containing vertical (B) and horizontal (C) electric fields.](/cms/asset/c5681bc3-1677-43e7-8c90-0f62d95c5780/ljfp_a_1041038_f0001_oc.jpg)
FIGURE 2 Effects of vertical and horizontal electric fields on A: tensile strength and B: elongation percentage of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v). Black/Left (control); Blue/Middle (vertical); Red/Right (horizontal).
![FIGURE 2 Effects of vertical and horizontal electric fields on A: tensile strength and B: elongation percentage of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v). Black/Left (control); Blue/Middle (vertical); Red/Right (horizontal).](/cms/asset/20d447e9-8bbb-46ac-8729-da2915fa55ce/ljfp_a_1041038_f0002_oc.jpg)
FIGURE 3 Effects of vertical and horizontal electric fields on contact angles of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v).
![FIGURE 3 Effects of vertical and horizontal electric fields on contact angles of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v).](/cms/asset/10954cbd-d74c-4c20-b2c3-424e64dff429/ljfp_a_1041038_f0003_b.gif)
FIGURE 4 Effect of vertical and horizontal electric fields on A: water vapor permeability and B: water absorption of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v). Black/Left (control); Blue/Middle (vertical); Red/Right (horizontal).
![FIGURE 4 Effect of vertical and horizontal electric fields on A: water vapor permeability and B: water absorption of zein films prepared by electrophoretic deposition in ethanol (80–95%, v/v). Black/Left (control); Blue/Middle (vertical); Red/Right (horizontal).](/cms/asset/bb88fe16-c708-4101-8112-6e484dda4777/ljfp_a_1041038_f0004_oc.jpg)
FIGURE 5 Microstructures of zein films prepared by electrophoretic deposition: The surface of the control; A: zein film prepared from vertical electric field; B: horizontal electric field; C: the cross-section of D: the control, zein film prepared from vertical electric field E: and horizontal electric field F: in ethanol (90%, v/v).
![FIGURE 5 Microstructures of zein films prepared by electrophoretic deposition: The surface of the control; A: zein film prepared from vertical electric field; B: horizontal electric field; C: the cross-section of D: the control, zein film prepared from vertical electric field E: and horizontal electric field F: in ethanol (90%, v/v).](/cms/asset/df551c7b-0a76-422a-8605-2a4fb0553530/ljfp_a_1041038_f0005_b.gif)
FIGURE 6 DSC scans of zein film prepared by electrophoretic deposition 1: The control produced from 90% ethanol; 2: The control produced from 80% ethanol; 3: The sample produced from 90% ethanol in the vertical electric field; 4: The sample produced from 80% ethanol in the vertical electric field; 5: The sample produced from 90% ethanol in the horizontal electric field; 6: The sample produced from 80% ethanol in the horizontal electric field.
![FIGURE 6 DSC scans of zein film prepared by electrophoretic deposition 1: The control produced from 90% ethanol; 2: The control produced from 80% ethanol; 3: The sample produced from 90% ethanol in the vertical electric field; 4: The sample produced from 80% ethanol in the vertical electric field; 5: The sample produced from 90% ethanol in the horizontal electric field; 6: The sample produced from 80% ethanol in the horizontal electric field.](/cms/asset/373f6245-edd0-4429-beb5-7c3744705ca0/ljfp_a_1041038_f0006_b.gif)