Mixed results: Combining scaffold ingredients yields surprising nanoporous structure

With a novel twist on existing techniques used to create porous crystals, University of Michigan researchers have developed a new, high-capacity material that may be useful in storing hydrogen, methane and carbon dioxide.

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<p><a href="http://www.physorg.com/news116695613.html">Mixed results: Combining scaffold ingredients yields surprising nanoporous structure</a></p> <p>With a novel twist on existing techniques used to create porous crystals, University of Michigan researchers have developed a new, high-capacity material that may be useful in storing hydrogen, methane and carbon dioxide.</p>