:[Practical tutorial] PPT scientific research drawing tutorial (016) - schematic diagram of electrospinning-PPT tutorial免费ppt模版下载-道格办公
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[Practical tutorial] PPT scientific research drawing tutorial (016) - schematic diagram of electrospinning

Author: daogeziyuan • • PPT tutorial • Views 4643

Originated from the electrospinning experimental device. 1. First, open PowerPoint and create a new slide. Choose a suitable background color, such as white or light gray. 2. In the toolbar above the slide, select the Insert tab, and then select Shapes. S

Hello, everyone! Welcome everyone to pay attention to PPT scientific research drawing. Today's small section continuesto update the PPT scientific research drawing tutorial for everyone, I hope everyone will support it!
In this tutorial, we use PPT to draw electrospinningschematic diagram, the reference picture comes from Advanced functional materials(Adv. Funct. Mater., 2018, 1800514).
Let’s start the sixteenth PPT scientific research drawing practical tutorial:
Step 1
Draw Fiber Layer . Insert 1 rectangle, set size: height 5 cm, width 5 cm;
Format Shape:
Fill-Image or Texture-Fill-Blue Kleenex;
line-solid line-dark orange, width-1 pt;
3D Format: depth-automatic, material-warm-rough, light source-balanced, see the figure below for specific parameters;
3D rotation: X Rotation -62.4°, Y Rotation -320.7°, Z Rotation -286.2°, Perspective -45°.
Step 2
Draws the needle outlet. Insert 1 ellipse, set size: height 0.1 cm, width 0.1 cm ;
Format the shape:
Fill-solid-color-fill-gray ;
lines-no lines;
3D format : Bottom Bezel-Round, Depth-Auto, Material-Plastic Effect, Light Source-Soft, see the figure below for specific parameters;
3D Rotation: X rotation -83.2°, Y rotation -296.2°, Z rotation -276.1°.
Step 3
Draw Needle 1. Insert 1 ellipse, setsize: height 0.6 cm , width 0.6 cm;
Set shape format:
fill< span> - solid color fill - gray;
lines - no lines;
3D Format: Bottom Bezel-Round, Depth-Automatic, Material-Plastic Effect, Light Source-Soft, see the figure below for specific parameters;
3D Rotation: X rotation -83.2°, Y rotation -296.2°, Z rotation -276.1°.
Step 4
Draw Needle 2. Insert 1 ellipse, setsize: height 1 cm , width 1 cm;
Format the shape:
Fill-solid-color-fill-gray ;
lines-no lines;
3D format : Bottom Bezel-Round, Depth-Auto, Material-Plastic Effect, Light Source-Soft, see the figure below for specific parameters;
3D Rotation: X rotation -83.2°, Y rotation -296.2°, Z rotation -276.1°.
Step 5
Draw Socket 1. Insert 1 ellipse, setsize: height 1.3 cm , width 1.3 cm;
Format shape:
Fill< span> - solid color fill - yellow;
lines - no lines;
3D Format: Bottom Bezel-Round, Depth-Automatic, Material-Plastic Effect, Light Source-Soft, see the figure below for specific parameters;
3D Rotation: X rotation -83.2°, Y rotation -296.2°, Z rotation -276.1°.
Step 6
Draw Seed Socket 2. Insert 1 ellipse, setsize: height 2 cm , width 2 cm;
Set the shape format:
fill-solid color fill-blue color;
lines-no lines;
3D format: Bottom Bezel-Round, Depth-Auto, Material-Plastic Effect, Light Source-Soft, see the figure below for specific parameters;
3D Rotation< span>: X rotation -83.2°, Y rotation -296.2°, Z rotation -276.1°.
Step 7
Combine the above components and adjust the position appropriately, and finally use curveto draw a silk thread, and it is complete span>Schematic drawing of electrospinning.
This is the end of today's sharing, thank you for watching!

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