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We learned from the University of Science and Technology of China that through step-by-step surface synthesis, the research team prepared metallic carbon nanoribbons composed only of five-element rings and seven-element rings, that is, a new “pentene ring type” carbon nanoribbons, and confirmed that this sub-nano-wide one-dimensional structure formed by connecting carbon atoms through covalent bonds can achieve efficient electron transport. The relevant results were published online in the international academic journal “Nature” on the 29th.
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We learned from the University of Science and Technology of China that through step-by-step surface synthesis, the research team prepared metallic carbon nanoribbons composed only of five-element rings and seven-element rings, that is, a new “pentene ring type” carbon nanoribbons, and confirmed that this sub-nano-wide one-dimensional structure formed by connecting carbon atoms through covalent bonds can achieve efficient electron transport. The relevant results were published online in the international academic journal “Nature” on the 29th.
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