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Graphene Alloy with Nano Carbon: Novel Nano Material for Biosensor?

机译:与纳米碳的石墨烯合金:生物传感器的新型纳米材料?

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We have discovered an unusual type of nano carbon which exhibits super high electrical conductivity over well known SWNT (single walled carbon nano tube) and graphene nano platelets. The new nano carbon material is suspected to be a graphene hybrid composite with some portions of tubular nano carbon including carbon nano tube, carbon nano rod and carbon nano wire. As the tubular shape nano carbon is always observed at low catalyst portion (MS/CS ratio, MS= Metal Source , CS= Carbon Source) while graphene related structure is always observed at much higher concentration of the catalyst, we assume that the extra amount of catalyst could work as a divider to separate single sheet of carbon into graphene products . The nano carbon materials of the present study are synthesized by the unoxidizing pyrrollysis of salt-milled solid carbon sources using specific catalyst...
机译:我们已经发现了一种不寻常的纳米碳,其在众所周知的SWNT(单壁碳纳米管)和石墨烯纳米血小板上表现出超高的电导率。将新的纳米碳材料怀疑是石墨烯杂化复合材料,其具有碳纳米管,碳纳米棒和碳纳米丝的一些管状纳米碳的部分。随着在低催化剂部分(MS / Cs比,MS =金属源,Cs =碳源的低催化剂部分(MS / CS比率,CS =碳源)总是观察到管状纳米碳,而石墨烯相关结构总是在催化剂的更高浓度的浓度下观察到,我们假设额外的金额催化剂可以作为分隔器,将单片碳分离成石墨烯产品。本研究的纳米碳材料是使用特定催化剂的盐研磨的固体碳源的未氧化吡咯基合成......

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