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			<title type="text">Whitechapel - Boron Nitride fibre - superstrong radiation-proof</title>
			<updated>2013-05-25T19:35:06-07:00</updated>
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		<title>Boron Nitride fibre - superstrong radiation-proof</title>
		<link rel="alternate" href="http://freakangels.com/whitechapel/comments.php?DiscussionID=7358&amp;Focus=206821#Comment_206821" type="application/xhtml+xml" hreflang="en"/>
		<id>http://freakangels.com/whitechapel/comments.php?DiscussionID=7358&amp;Focus=206821#Comment_206821</id>
		<published>2009-12-03T03:18:19-08:00</published>
		<updated>2009-12-03T03:19:37-08:00</updated>
		<author>
			<name>Kosmopolit</name>
			<uri>http://freakangels.com/whitechapel/account.php?u=1346</uri>
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		<summary type="text" xml:lang="en">
			Boron Nitride is the second-hardest substance known after diamond and is used extensively as a ceramic.

It also absorbs neutrons making it attractive as a radiation shield fro spacecraft.

Now ...
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			<![CDATA[Boron Nitride is the second-hardest substance known after diamond and is used extensively as a ceramic.<br /><br />It also absorbs neutrons making it attractive as a radiation shield fro spacecraft.<br /><br />Now scientists have found a way to produce relatively cheap bulk quantities of Boron Nitride nanotubes which can used to make superstrong fibres.<br /><a href="http://www.physorg.com/news179001844.html" ><br />link</a>]]>
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