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Feature: Cryogenics (2/16)

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THE CRYOGENIC EFFECT OF LIQUID NITROGEN ON A ROSE (2 of 4 - Variations available) <br />
Immersing The Rose In The Liquid N2<br />
The liquified gas is at a temperature of -196 o C. The liquid is boiling because it has absorbed heat from the room, which is around 225 degrees warmer than the liquid.

Fphoto-60050411C-2RM.jpg

THE CRYOGENIC EFFECT OF LIQUID NITROGEN ON A ROSE (2 of 4 - Variations available)
Immersing The Rose In The Liquid N2
The liquified gas is at a temperature of -196 o C. The liquid is boiling because it has absorbed heat from the room, which is around 225 degrees warmer than the liquid.

Copyright:© 2004 Richard Megna - Fundamental Photographs

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Richard Megna
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