Surface Chemistry of Electronic Materials

这项研究的重点有三个方面。首先，超高真空(UHV)表面科学将被用来了解衬底表面和表面改性剂之间的结合细节。第二，将开发新的表面改性方法，使有机物能够牢固、稳定地结合到硅、砷化镓和ITO的氧化物涂层表面。第三，基于表面改性材料的新型传感器器件和二极管的制造将由该合作项目进行。通过该奖项，有机化学和高分子化学计划以及固态化学计划将支持普林斯顿大学化学系的Jeffrey Schwartz博士和Steven L.Bernasek博士的研究。这项合作工作将集中在与各种类型的电子材料的表面处理有关的几个主题上。该项目的目标是开发表面改性的方法，以使不同材料之间能够制备稳定的、设计的界面。就更广泛的影响而言，该项目具有开发设计的生物医学材料或传感器的潜力。该项目还为研究生和博士后的多学科培训提供了良好的环境

The foci of this research are threefold. First, ultra-high vacuum (UHV) surface science will be used to understand details of bonding between substrate surfaces and surface modification reagents. Second, new surface modification methodology will be developed to enable strong, stable bonding of organics to oxide coated surfaces of Si and GaAs and of ITO. Third, the fabrication of new types of sensor devices and diodes based on the surface modified materials will be carried out by this collaborative project.With this award, the Organic and Macromolecular Chemistry Program and the Solid State Chemistry Program are supporting the research of Dr. Jeffrey Schwartz and Dr. Steven L. Bernasek of the Department of Chemistry at Princeton University. This collaborative effort will focus on several topics that bear on the processing of surfaces of various types of electronic materials. The goal of the project is to develop methodology for surface modification to enable the preparation of stable, designed interfaces between dissimilar materials. In terms of broader impacts, the project has potential for the development of designed bio-medical materials or sensors. The project also provides an excellent setting for the multidisciplinary training of graduate students and postdoctorals