Linear and Non-linear Analysis of Bio-electrode Polarization

这项工作的目标是继续系统地研究 金属电性能的表征 电极-电解质界面。 这项研究是在 结合电化学和电生理学 新配备的生物电极中的表征活性 研究实验室（BERL）。 正在研究一种统一的办法 基于线性和非线性系统理论的应用， 方便地分析和模拟金属的电性能 电极-电解质界面。 一系列的实验， 再加上界面行为的广泛模拟， 研究了 测试基地将在以后多样化，包括金属和 通常用作生物电植入电极的合金 刺激应用。

The objective of this effort is to continue research in systematic characterization of the electrical properties of metal electrode-electrolyte interfaces. The research is conducted in conjunction with electrochemical and electrophysiological characterization activities in the newly equipped Bio-Electrode Research Laboratory (BERL). A unifying approach is being investigated based on the application of linear and non-linear system theory to conveniently analyze and model the electrical properties of the metal electrode-electrolyte interface. A comprehensive set of experiments, coupled with extensive simulation of the interfacial behavior, will be studied. The test base will be later deversified to include metal and alloys typically used as implanted electrodes in bioelectric stimulation applications.