Hydrothermal Processing of Ceramic and Polymer/Ceramic Thin Films Below 100C

9623744斯拉莫维奇许多应用将受益于陶瓷材料的低温(100摄氏度)加工路线。例如，介电陶瓷可以在不降低金属化的情况下并入微电子制造工艺，并且陶瓷可以与聚合物共处理以获得高强度电容器或耐磨涂层。水热工艺是在低于100℃的温度下制备陶瓷的一种方法，包括从水介质中的反应物形成结晶材料。这项提议最初为期四年，旨在研究基于低温水热处理的陶瓷和聚合物/陶瓷薄膜加工的新方法。这项研究努力寻求通过了解水热生长机制来控制薄膜形态的方法。水热处理也将用于制备聚合物/陶瓷复合薄膜。职业教育目标围绕实施普渡大学由NSF赞助的新材料处理课程展开。这一职业发展计划的目标是开发通向综合材料加工的新途径，补充普渡大学新材料科学与工程课程的教育目标。***

9623744 Slamovich Many applications will benefit from low temperature ( 100(C) processing routes to ceramic materials. For example, dielectric ceramics may be incorporated into microelectronics manufacturing processes without degrading metallizations, and ceramics may be coprocessed with polymers for high strength capacitors or abrasion resistant coatings. Hydrothermal processing is a route to ceramics below 100(C, involving the formation of crystalline material from reactants in an aqueous medium. This proposal is for an initial four year period to investigate novel approaches to processing ceramic and polymer/ceramic thin films based on low temperature hydrothermal processing. The research effort seeks to develop routes to control film morphology via an understanding of hydrothermal growth mechanisms. Hydrothermal processing will also be used to fabricate polymer/ceramic composite films. %%% Career education goals are centered around implementing Purdue's new NSF sponsored materials processing curriculum. The goal of this Career Development Plan is to develop new routes towards integrated materials processing, complementing the educational objectives of Purdue's new Materials Science and Engineering curriculum. ***