MAKE A MEME View Large Image Zippe-type gas centrifuge.svg Diagram illustrating the basic principle behind a Zippe-type gas centrifuge enrichment of uranium Here the heavy isotope of uranium U-238 is represented in dark blue while the lighter isotope of uranium U-235 ...
View Original:Zippe-type gas centrifuge.svg (622x1066)
Download: Original    Medium    Small Thumb
Courtesy of:commons.wikimedia.org More Like This
Keywords: Zippe-type gas centrifuge.svg Diagram illustrating the basic principle behind a Zippe-type gas centrifuge enrichment of uranium Here the heavy isotope of uranium U-238 is represented in dark blue while the lighter isotope of uranium U-235 is represented in light blue The input gas here represented as a fairly even mix of U-235 and U-238 though in reality natural uranium hexafluoride would have less than 1 of U-235 in it is released into the center of the centrifuge and the centrifugal forces force the heavier gas to concentrate at the edges of the centrifuge and the lighter gas at the center By heating the bottom of the centrifuge the lighter gas will be moved by convection currents to concentrate at the top while the heavier gas will concentrate at the bottom scoops not shown would then extract the gases Here the effect is greatly exaggerated for conceptual simplicity; in reality it would be very subtle and it takes thousands of centrifuges chained together to enrich any substantial amount of uranium to any substantial amount of enrichment Created by User Fastfission in Inkscape Created with Inkscape Fastfission If you want to credit someone credit Wikimedia Commons Otherwise don't credit anyone that's fine by me --Fastfission 15 17 14 April 2008 UTC Convection Uranium enrichment Centrifuges
Terms of Use   Search of the Day