Preparation and Characterization of Three-dimensional Submicron Structures for Multifunctional Electrochemical and Sensor Applications

该奖项在研究规划补助金的妇女计划是 由化学部向Ingrid Fritsch-Faules博士 阿肯色州大学化学系。 长 本研究的长期目标是制备三维 具有受控亚微米特征的电极器件 表面特征 电化学和分子 自组装技术将被用于定制电极 表面的各种应用，并表征 设备的操作。 在规划期间， 将开发制造方法，包括证明 利用薄膜分层和构图的原理实验 方法. 这些设备可以作为多功能的应用 电化学传感器或微型电化学滤波器 在分析化学中有用的装置。

This award in the Research Planning Grant for women program is made by the Chemistry Division to Dr. Ingrid Fritsch-Faules of the Chemistry Department, University of Arkansas. The long term goal of the research is to prepare three-dimensional electrode devices with submicron features with controlled surface characteristics. Electrochemical and molecular self-assembly techniques will be used to tailor the electrode surfaces for various applications, and to characterize the operation of the device. During the planning period, the fabrication approach would be developed, including proof of principle experiments using thin film layering and patterning methods. These devices may find application as multifunctional electrochemical sensors or miniature electrochemical filter devices useful in analytical chemistry.