Wednesday 1 October 2014

New mechanism reveals how molecules become trapped in ice

ICE WORLD
New mechanism reveals how molecules become trapped in ice
Washington DC (SPX) Oct 01, 2014 - Ice is ubiquitous in nature-found within terrestrial and astrophysical environments alike-and contains many atoms and molecules trapped inside it. For example, ice beneath the world's oceans hosts a vast reservoir of greenhouse gases, which if released would have a profound effect on climate change. On the earth's surface, seasonal ice and permafrost-covered regions represent a vast reserv ... more


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