微米-纳米复合结构：高温电解得到的AAO表面，氧化铝孔壁溶解形成纳米线，纳米线在液体流动的诱导下形成独特的排列，控制流体的运动有可能控制纳米线的有序排列。

Micro-nano combined structure: The AAO surface fabricated under high temperature, and the pore wall partially dissolved in the acidic electrolytes to form nanowires. The nanowires assemblied into special patterns due to the movement of the fluid.

微米-纳米复合结构：高温电解得到的AAO表面，氧化铝孔壁溶解形成纳米线，纳米线在液体流动的诱导下形成独特的排列，控制流体的运动有可能控制纳米线的有序排列。

Micro-nano combined structure: The AAO surface fabricated under high temperature, and the pore wall partially dissolved in the acidic electrolytes to form nanowires. The nanowires assemblied into special patterns due to the movement of the fluid.

微米-纳米复合结构：高温电解得到的AAO表面，氧化铝孔壁溶解形成纳米线，纳米线在液体流动的诱导下形成独特的排列，控制流体的运动有可能控制纳米线的有序排列。

Micro-nano combined structure: The AAO surface fabricated under high temperature, and the pore wall partially dissolved in the acidic electrolytes to form nanowires. The nanowires assemblied into special patterns due to the movement of the fluid.

Sample \SEM 20110307 sjtu\Dinggq 5# 舞动的纳米线

树枝状孔道结构：一般的AAO孔道都是相互平行，并且垂直于样品表面。这种独特的树枝状结构可以通过不稳定的电解过程获得。

Generally, the AAO nanopres are parallel to each other, and vertical to the sample surface. This special branch-like structure can be obtained through un-stable anodization.

Sample 7175#

树枝状孔道结构：一般的AAO孔道都是相互平行，并且垂直于样品表面。这种独特的树枝状结构可以通过不稳定的电解过程获得。

Generally, the AAO nanopres are parallel to each other, and vertical to the sample surface. This special branch-like structure can be obtained through un-stable anodization.

树枝状孔道结构：一般的AAO孔道都是相互平行，并且垂直于样品表面。这种独特的树枝状结构可以通过不稳定的电解过程获得。

Generally, the AAO nanopres are parallel to each other, and vertical to the sample surface. This special branch-like structure can be obtained through un-stable anodization.

树枝状孔道结构：一般的AAO孔道都是相互平行，并且垂直于样品表面。这种独特的树枝状结构可以通过不稳定的电解过程获得。

Generally, the AAO nanopres are parallel to each other, and vertical to the sample surface. This special branch-like structure can be obtained through un-stable anodization.

Sample 7175#