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首页> 外文会议>AIChE Annual Meeting >Direct Templating of Self Organizing Materials: Synthesis and Characterization
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Direct Templating of Self Organizing Materials: Synthesis and Characterization

机译：自组织材料的直接模板：合成和表征

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The self-assembly and characterization of nanoscale materials, from particles to rods, have been well documented in recent years. The level of order derived in these materials gives rise to some unique properties that are still being investigated. The next step in the evolution of these systems is to move from self-assembly to directed self-assembly. By directing the self-assembly of materials, a second degree of order is introduced that can be utilized to further enhance properties that evolve from small scale confinement. In this work, directly templated patterns of magnetic and photonic nanospheres and rods were fabricated using Dip-Pen Nanolithography (DPN). The methods of characterizing these surfaces and the properties revealed will be fully discussed.
机译：近年来，从颗粒到杆的颗粒物质的自组装和表征已经充分地记录了。这些材料中得出的订单水平导致一些仍在调查的独特性质。这些系统演进的下一步是从自组装移动到指向自组装。通过引导材料的自组装，引入了第二程度的顺序，其可用于进一步增强从小尺度限制的特性。在这项工作中，使用浸渍笔纳米线（DPN）制造直接模板的磁性和光子纳米球和棒。表征这些表面的方法和所显示的性质将被充分讨论。

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