(Tyndall effect, also known as Tyndall phenomenon) is an important optical property of colloidal dispersion systems, widely used in colloid identification experiments When a beam of light passes through a colloid, a bright "path" can be observed within the colloid For example: the light path appearing when a laser pointer illuminates Fe(OH)3 colloidal solution, the bright light path in front of car headlights in fog, etc These phenomena are called the Tyndall effect
The model makes full use of the Tyndall effect
Using a combination of mineral water and milk, a colloid-like environment is quickly created, making the light path more uniform and aesthetically pleasing, making it a great choice for atmospheric camping
Regarding the ratio of mineral water to milk
I personally recommend adding 5 drops of milk to 348mm Baishui Mountain mineral water and 8 drops of milk to 570mm Baishui Mountain mineral water for the best effect Excessive milk will lead to a diminished light blocking effect Please experiment with small amounts multiple times to achieve the best effect
Non-printed parts required for this model
1. Baishui Mountain mineral water 348mm or 570mm bottle
2. Bambu Lab desk lamp lighting kit
3. A bottle of pure milk
About milk substitutes
This is a solution I found online
All three major stackable toolbox series are now open source
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