(→Thermogram of the cooling of a water's pellicule) |
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Ligne 10 : | Ligne 10 : | ||
What happen was surprising, I blocked the vertical brownian motion because pellicule was too thin and finally create a cyclonic cooling system thanks to the atmosphere. | What happen was surprising, I blocked the vertical brownian motion because pellicule was too thin and finally create a cyclonic cooling system thanks to the atmosphere. | ||
A cyclon in a board to finally crackle and become back a normal brownian motion until equilibar and back to time 0. | A cyclon in a board to finally crackle and become back a normal brownian motion until equilibar and back to time 0. | ||
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+ | Complete article in french: [[Vue thermographique du faïençage de l'eau]] | ||
[[Catégorie:library]] | [[Catégorie:library]] |
This was experiment about thermographic view of brownian motion. In order to improve quality of image, I imagined to pour the boiling water on a cold water couch. What happen was surprising, I blocked the vertical brownian motion because pellicule was too thin and finally create a cyclonic cooling system thanks to the atmosphere. A cyclon in a board to finally crackle and become back a normal brownian motion until equilibar and back to time 0.
Complete article in french: Vue thermographique du faïençage de l'eau