Ligne 2 : | Ligne 2 : | ||
The term “floating water bridge” is the most logical name for a phenomenon that occurs when two beakers of water set slightly apart are zapped with high-voltage electricity and the water molecules jump across the gap to connect and form a thin thread of water | The term “floating water bridge” is the most logical name for a phenomenon that occurs when two beakers of water set slightly apart are zapped with high-voltage electricity and the water molecules jump across the gap to connect and form a thin thread of water | ||
+ | |||
+ | Source: [http://scienceblogs.com/brookhaven/2012/10/17/how-do-floating-water-bridges-defy-gravity/ How Do Floating Water Bridges Defy Gravity?] | ||
+ | |||
+ | Auteur: [http://scienceblogs.com/brookhaven/author/cwhyte/ Chelsea Whyte] |
Thermographie infrarouge d'un phénomène de pont flottant électrique
The term “floating water bridge” is the most logical name for a phenomenon that occurs when two beakers of water set slightly apart are zapped with high-voltage electricity and the water molecules jump across the gap to connect and form a thin thread of water
Source: How Do Floating Water Bridges Defy Gravity?
Auteur: Chelsea Whyte
Cliquer sur une date et heure pour voir le fichier tel qu'il était à ce moment-là.
Date et heure | Vignette | Dimensions | Utilisateur | Commentaire | |
---|---|---|---|---|---|
actuel | 8 novembre 2013 à 18:58 | ![]() | 784 × 676 (587 Kio) | Hcrepin (discuter | contributions) |
La page suivante utilise ce fichier :