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<title>Public marks with tag &quot;anti bulles&quot;</title>
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<title>Air bubbles experiment could lead to new nanotech fibers</title>
<link>http://chronicle.uchicago.edu/041118/bubbles.shtml</link>
<description>The behavior of air bubbles in ordinary breakfast syrup demonstrates how scientists might be able to make vanishingly thin tubes and fibers for biomedical and other applications.

Previous experiments conducted in Professor Sidney Nagel’s laboratory showed how to make liquid threads that measure only 10 microns in diameter (approximately one-fifth the diameter of a human hair)</description>
<dc:date>2008-10-17T21:23:50Z</dc:date>
<dc:author>fotopol</dc:author>
<dc:subject>bulles d'air, anti bulles</dc:subject>
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<a href="http://chronicle.uchicago.edu/041118/bubbles.shtml"><img border="0" src="http://blogmarks.net/screenshots/2008/10/17/be82cd1f06b2e409802b4ce8b23b29d8.jpg" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://chronicle.uchicago.edu/041118/bubbles.shtml">Air bubbles experiment could lead to new nanotech fibers</a></h4>
 
by <a href="http://blogmarks.net/user/fotopol">fotopol</a> 
<p class="description">The behavior of air bubbles in ordinary breakfast syrup demonstrates how scientists might be able to make vanishingly thin tubes and fibers for biomedical and other applications.

Previous experiments conducted in Professor Sidney Nagel’s laboratory showed how to make liquid threads that measure only 10 microns in diameter (approximately one-fifth the diameter of a human hair)</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/bulles%2Bd%2527air">bulles d'air</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/anti%2Bbulles">anti bulles</a>
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