115學年材料系-第十二週 專題研討課程 演講公告 (115年5月21日)
2026.05.20
115學年材料系-第十二週 專題研討課程 演講公告 (115年5月21日)
題目: Iridium Oxide Based Electrodes for Bio-Interface Applications
講者：陳柏均 博士
現職：國立台北科技大學材料及資源工程系教授
時間：5/21 (四) 15:20~17:10
地點: 成功大學 成功校區 三系館 鋼構區 (3F) 共同教室 A1302 演講廳
內容摘要:
Iridium oxide (IrOx) has received significant attention due to its exceptional properties, including excellent chemical stability, high sensitivity, remarkable electrochemical catalytic activity, good electrical conductivity, and favorable biocompatibility. These advantages lead to its widespread use in various applications. Notably, its outstanding charge storage capacity and long-term stability make IrOx a promising candidate for use as a bio-interface electrode in implantable biomedical electronic devices. We developed a solution-based process to fabricate IrOx films tailored for bio-interface applications. The IrOx films exhibited robust electrochemical performance, with excellent charge storage capacity and charge injection capability. Moreover, this solution process enables the fabrication of IrOx hybrid films by incorporating plasma proteins, which further enhance electroactivity and enable controlled electrically responsive protein release to stimulate neuronal activity. Together, these features highlight the multifunctional potential of IrOx films as advanced electrodes for bio-interface applications.
題目: Iridium Oxide Based Electrodes for Bio-Interface Applications
講者：陳柏均 博士
現職：國立台北科技大學材料及資源工程系教授
時間：5/21 (四) 15:20~17:10
地點: 成功大學 成功校區 三系館 鋼構區 (3F) 共同教室 A1302 演講廳
內容摘要:
Iridium oxide (IrOx) has received significant attention due to its exceptional properties, including excellent chemical stability, high sensitivity, remarkable electrochemical catalytic activity, good electrical conductivity, and favorable biocompatibility. These advantages lead to its widespread use in various applications. Notably, its outstanding charge storage capacity and long-term stability make IrOx a promising candidate for use as a bio-interface electrode in implantable biomedical electronic devices. We developed a solution-based process to fabricate IrOx films tailored for bio-interface applications. The IrOx films exhibited robust electrochemical performance, with excellent charge storage capacity and charge injection capability. Moreover, this solution process enables the fabrication of IrOx hybrid films by incorporating plasma proteins, which further enhance electroactivity and enable controlled electrically responsive protein release to stimulate neuronal activity. Together, these features highlight the multifunctional potential of IrOx films as advanced electrodes for bio-interface applications.