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Nanostructures nanowhiskers has been formed and a method of manufacturing the same spread the branches

机译:纳米结构纳米晶须已经形成,其制造方法遍布分支机构

摘要

Method of forming a nano-structure having a second stage the first stage, the form of the tree. The supplied and catalyst particles of one, the first stage comprises the step of growing the first nanowhiskers through the catalyst particles, at least on the substrate surface. Around each first nanowhiskers, the second stage includes a step of growing the second nanowhiskers supplying second catalyst particles of one or more, laterally extending from the periphery of the first nanowhiskers. Additional stages may include a step of growing nanowhiskers further one or more extending from nanowhiskers of the previous stage. Heterostructure can be formed during the nanowhiskers. Such nanostructures may form a component of the light emitting flat panel or solar array. In the structure, nanowhiskers are formed of the photoelectric material. Tree adjacent through nanowhiskers grown stage of placing close together the first nanowhiskers multiple, successive contact with each other, the neural network, the tunnel barrier for current flow heterojunction nanowhisker in By so as to form, and can be formed.
机译:形成纳米结构的方法具有第二阶段,第一阶段,树的形式。第一阶段的供应的和催化剂颗粒包括至少在基底表面上使第一纳米晶须穿过催化剂颗粒生长的步骤。在每个第一纳米晶须周围,第二阶段包括生长第二纳米晶须的步骤,该第二纳米晶须供应一种或多种从第一纳米晶须的周边横向延伸的第二催化剂颗粒。额外的阶段可以包括从先前阶段的纳米晶须进一步延伸一个或多个纳米晶须的步骤。可以在纳米晶须期间形成异质结构。这样的纳米结构可以形成发光平板或太阳能阵列的组件。在该结构中,纳米晶须由光电材料形成。通过纳米须晶相邻的树的生长阶段,将多个第一纳米须并排排列在一起,使神经网络,隧道势垒在纳米比亚的电流异质结中相互邻接,从而形成并形成。

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