U.S.-Hungary Research on Self-Assemble Polyelectrolyte/Clay Platelet/Semiconductor Composite Nanostructured Films

小行星9507504 美国的目标-匈牙利锡拉丘兹大学的Janos Fendler博士和Attila Jozsef大学的Imre Dekany之间的研究项目是进行基础工作，以开发一种简单而通用的技术，用于构建稳定和坚固的有机/无机复合自组装纳米结构膜。 研究人员已经证明了有序纳米结构薄膜的逐层自组装，该薄膜由阳离子纳米粒子和阴离子固体纳米粒子的交替层组成。 他们认为，这表明了一种可行的膜模拟方法来工程先进材料。 作为该项目的结果，研究人员希望实现高度的稳定性和相对容易的系统化学和物理操作，这将使他们能够获得具有所需机械，光学，电光，电气，磁性和电磁特性的纳米结构薄膜。 这个有机动力学的化学项目实现了通过使美国和东欧的领先专家联合收割机互补人才和在强烈的共同兴趣和能力领域汇集研究资源来推进科学知识的计划目标。 ***

9507504 Fendler The objective of U.S.-Hungary research project, between Dr. Janos Fendler of Syracuse University and Imre Dekany of Attila Jozsef University, is to pursue fundamental work required to develop a simple and versatile technique for constructing stable and robust organic/inorganic composite self-assembled nanostructured films. The researchers have demonstrated layer-by-layer self-assembly of ordered nanostructured films composed of alternating layers of cationic polyelectrolyte and anionic solid nanoparticles. They believe that this suggests a viable membrane-mimetic approach to engineering advanced materials. As a result of this project, the researchers hope to achieve a high degree of stability and relative ease of systematic chemical and physical manipulation that will enable them to derive nanostructured films with desired mechanical, optical, electro-optical, electrical, magnetic, and electromagnetic properties. This chemistry project in organic dynamics fulfills the program objective of advancing scientific knowledge by enabling leading experts in the United States and Eastern Europe to combine complementary talents and pool research resources in areas of strong mutual interest and competence. ***