By Z.L. Wang, Yi Liu, Ze Zhang

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Extra resources for Handbook of Nanophase and Nanostructured Materials: Volume I: Synthesis, Volume II: Characterization, Volume III: Materials Systems and Applications ... Materials Systems and Applications II: BD 1

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The base-growth mode involves the metal catalyst particle pinned on the support substrate, and the nanotube lengthens with a particle-free closed end. Carbon feedstock is supplied from the base where the nanotube interfaces with the catalyst material (Fig. 1, left panel). The tip-growth model involves a metal catalyst particle at a nanotube end being carried away as the nanotube lengthens (Fig. 1, right panel). The carried-along particle is responsible for supplying carbon feedstock needed for the nanotube growth.

H-and w-BN coexist with an interface nearly parallel to (0002). In h-BN a Frank-type edge dislocation is seen at the part of an arrow. The stacking sequence is ab′ c′ bc′ bc′ a′. In w-BN a similar stacking fault is included so that a stacking sequence of AB′ AB′ C′ BC′ B is created. In fact, such stacking sequences can be observed at the parts indicated by arrowheads in w-BN of (a). Since the dislocation is not brought in w-BN, an anti-phase boundary is formed. (from S. 19(b) is a schematic representation of (a).

B) Image of an individual SWNT bridging adjacent islands. 6 Growth of Suspended SWNTs with Directed Orientations Obtaining single-walled carbon nanotube architectures with nanotubes in aligned orientations has been challenging. We have devised a synthetic strategy that leads to suspended SWNTs directed towards controlled orientations parallel to the plane of a silicon substrate. The SWNTs are suspended bridges grown from catalyst material placed on top of regularly patterned silicon tower structures.

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