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<!-- Here is a sample gallery. --> | <!-- Here is a sample gallery. --> | ||
<gallery caption="Sample gallery"> | <gallery caption="Sample gallery"> | ||
File: | File:Monochromator_Wall.png|Monochromator Wall | ||
File: | File:Monochromator_Mirror_Holder.png|Monochromator Base Plate | ||
File:Imageneeded.png|Even more sample caption text. | File:Imageneeded.png|Even more sample caption text. | ||
</gallery> | </gallery> | ||
Revision as of 01:15, 9 November 2015
Some introduction text and background can go here.
Understanding the market
Monochromators are used in optics to isolate certain wavelengths from a light source made up of many wavelengths. [1] Monochromators on the market are anywhere from $2000 to $10,000. Our monochromator is made for less than $100.
Project goals
The goal for this project was to create an easily 3D printed and assembled monochromator that is still relatively accurate.
Design
Describe your design here.
- Sample gallery
-
Monochromator Wall
-
Monochromator Base Plate
-
Even more sample caption text.
Next level heading
You may need deeper level headings. Just keep adding equal signs to get that.
Costs
You may describe your costs here.
| Item | Quantity | Cost |
|---|---|---|
| Plastic | xxx g | need this |
| 50 mm dia, 100 mm focal length Concave Mirrors | 2 | need this |
| Razor Blades | 2 | $1 |
| NEMA 17 Stepper Motor | 1 | $20 |
| M3x0.5 10 mm bolts | 8 | $4 |
| M3x0.5 nuts | 4 | $2 |
See Help:Tables and Help:Table examples for more.
Discussion
Your discussion.
Next steps
The next steps.
Conclusions
Your conclusions.
References
Contact details
Add your contact information.