SGER: Externally Controlled Surface Patterning at the Molecular Scale

摘要CTS-9816494 H。Monbouquette/UCLA这个项目将建立一个全新的方法来创建纳米级的，图案化的表面的可行性。 各种各样的化学异质表面可以创建从传感到量子电子学的应用。 其基本思想是利用半导体纳米粒子在自组装的有机单层上形成图案。 从这些图案化的表面可以构建具有与纳米颗粒相似的特征尺寸的几乎无限种类的化学官能化表面

ABSTRACT CTS-9816494H. Monbouquette/UCLAThis project would establish the feasibility of an entirely new approach for creating nanometer-scale, patterned surfaces. A wide variety of chemically heterogeneous surfaces could be created with applications ranging from sensing to quantum electronics. The basic idea involves the use of semiconductor nanoparticles to create patterns on self- assembled organic monolayers. A virtually unlimited variety of chemically functionalized surfaces with characteristic dimension similar to that of the nanoparticles could be built up from theses patterned surfaces