:[Scientific Research Drawing] PPT tutorial on making flexible battery schematic diagram (012)-PPT tutorial免费ppt模版下载-道格办公

[Scientific Research Drawing] PPT tutorial on making flexible battery schematic diagram (012)

Hi! I'm happy to assist you with creating the flexible battery diagram using PowerPoint. Do you have the reference image that we can use as a guide for the diagram?

Hello everyone! Welcome everyone to pay attention to PPT scientific research drawing. Today we will continue to update PPT scientific research drawing tutorials for you. We hope you will support us!

In this tutorial, we use PPT to draw a schematic diagram of a flexible battery. The reference picture comes from Nature Energy (Nature Energy, 5, 160-168 (2020)):

The following begins the twelfth PPT scientific research drawing practical tutorial:

Step 1: Draw the Flexible package (below). Draw a curve and set the size: height 2.2 cm, width 8 cm;

Format the shape: fill - no fill; line - solid - light blue, opacity - 40%, width - 1 pt; 3D format: top rib - round, bottom rib - round, depth - Automatic, surface image - light blue, material - plastic effect, light source - balance, specific parameters are shown in the figure below; three-dimensional rotation: X rotation - 21.4°, Y rotation - 31.8°, Z rotation - 8.8°, perspective - 30° .

Step 2: Draw the Freestanding filmelectrode (below). Duplicate the curve from step 1; Format Shape: Fill - No Fill; Line - Solid - Blue Grey, Opacity - 10%, Width - 1 pt; Format 3D: Top Prism - Circle, Bottom Prism - Circle , Depth - Automatic, Surface Map - Dark Orange, Material - Plastic Effect, Light Source - Balance, specific parameters are shown in the figure below; Three-dimensional rotation: X rotation - 21.4°, Y rotation - 31.8°, Z rotation - 8.8°, Perspective - 30°.

Step 3: Draw lonogelsolid-state electrolyte. Duplicate the curve from step 1; Format Shape: Fill - No Fill; Line - Solid - Blue, Opacity - 10%, Width - 1 pt; Format 3D: Top Prism - Circle, Bottom Prism - Circle , Depth - Automatic, Surface Map - Yellow, Material - Plastic Effect, Light Source - Balance, specific parameters are shown in the figure below; Three-dimensional rotation: X rotation - 21.4°, Y rotation - 31.8°, Z rotation - 8.8°, perspective - 30 °.

Step 4: Draw the Freestanding filmelectrode (top). Duplicate the curve from step 1; Format Shape: Fill - No Fill; Line - Solid - Blue Grey, Opacity - 10%, Width - 1 pt; Format 3D: Top Prism - Circle, Bottom Prism - Circle , Depth - Automatic, Surface Map - Dark Orange, Material - Plastic Effect, Light Source - Balance, specific parameters are shown in the figure below; Three-dimensional rotation: X rotation - 21.4°, Y rotation - 31.8°, Z rotation - 8.8°, Perspective - 30°.

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