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    <title>Recent replies to "Single-atom thick graphene sheet fabricated"</title>
    <description>Recent replies to "Single-atom thick graphene sheet fabricated"</description>
    <link>http://network.nature.com/forums/nanotechnology/22</link>
    <language>en-us</language>
    <ttl>40</ttl>
    <item>
      <title>Reply from Phillip Huggan</title>
      <description>&lt;p&gt;Graphene has been identified as a potentially useful &lt;span class="caps"&gt;MNT&lt;/span&gt; product target.&lt;/p&gt;


	&lt;p&gt;To create a graphene sheet using mechanically induced &lt;span class="caps"&gt;SPM&lt;/span&gt;-based actuation, rather than existing chemical growth modes, you&amp;#8217;d need some way to access the reaction site because it is an &amp;#8220;edge&amp;#8221; rather than a surface.  It seems like a harder experiment than mechanosynthetic diamond bulk lattice build-up.&lt;/p&gt;


	&lt;p&gt;I&amp;#8217;m thinking you might be able to extrude a middle (not outer nor inner) nested &lt;span class="caps"&gt;CNT&lt;/span&gt; slightly forward from the bulk of the &lt;span class="caps"&gt;MWCNT&lt;/span&gt;, to expose it.  The idea being that as the middle &lt;span class="caps"&gt;CNT&lt;/span&gt; is being mechanosynthetically built up, it is extruded back into the &lt;span class="caps"&gt;MWCNT&lt;/span&gt; bulk.  I&amp;#8217;m hoping the same forces responsible for low friction between &lt;span class="caps"&gt;MWCNT &lt;/span&gt;&amp;#8220;layers&amp;#8221;, will also help to prevent dangling &lt;span class="caps"&gt;CNT&lt;/span&gt; edge dimers from reconstructing or otherwise reacting with surrounding CNTs.&lt;/p&gt;</description>
      <pubDate>Fri, 02 Mar 2007 03:06:31 -0000</pubDate>
      <link>http://network.nature.com/forums/nanotechnology/22?page=1#reply-42</link>
      <dc:creator>Phillip Huggan</dc:creator>
      <guid>http://network.nature.com/forums/nanotechnology/22?page=1#reply-42</guid>
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