An Introduction to Electrochemical Impedance Spectroscopy
暫譯: 電化學阻抗頻譜學入門

這本書涵蓋了電化學阻抗光譜（EIS）的基本概念及其應用，重點在於逐步的數據機制分析程序。它使讀者能夠學習EIS技術，正確地從感興趣的系統中獲取數據，並有效地解釋這些數據。書中詳細說明了如何驗證阻抗光譜、使用等效電路分析以及從阻抗光譜中識別反應機制，並提供了推導和範例的支持。還提供了在各種條件下生成EIS數據的MATLAB(R)程式，並附有免費的在線視頻講座，以便於學習。

特色：
- 涵蓋實驗細節和細微差別、數據驗證方法，以及兩種分析類型 - 使用電路類比和機制分析
- 詳細觀察如感應迴路和負電阻
- 包含一章專門介紹新興技術（非線性EIS），並在補充材料中提供模擬的程式碼
- 討論擴散、恆定相位元件、多孔電極和薄膜
- 包含練習題、MATLAB程式碼、PPT幻燈片和示例

這本書的目標讀者是化學工程、分析化學、电化学和光譜學的高年級本科生和進階研究生。

Dr. Ramanathan Srinivasan obtained his B.Tech. in Chemical Engineering from A.C. Tech, Anna University in 1993. He completed his Masters. (Chem. Engg.) in 1996 and Ph.D (Chem. Engg.) in 2000 from Clarkson University, and joined PDF Solutions, USA as Senior Consulting Engineer. He joined IIT Madras as faculty in 2003 and is currently working as Professor in the Department of Chemical Engineering, IIT Madras. His main field of specialization is in the application of electrochemical impedance spectroscopy to obtain mechanistic information of electrochemical reactions. His research group has extended the traditional analysis of metal dissolution from Tafel extrapolation to a more realistic, multi-step reaction mechanistic analysis and has developed a framework to analyze EIS data to unravel the detailed mechanism. One of the unique advantages of this method is that it enables one to estimate the surface coverage of oxidized species at various conditions using in situ measurements in challenging environments, such as acidic fluoride media. He has developed a few freely downloadable software tools to simulate electrochemical responses of reacting systems. He has delivered several invited talks on corrosion and electrochemical techniques, in various national symposiums and conferences and in workshops organized by NACE, India. He was awarded Shri. S. K. Seshadri Memorial Mascot Award 2019, by the Electrochemical Society of India in recognition of his contributions in the area of corrosion and electrochemistry. He has created a freely available 30 h video lectures on electrochemical impedance spectroscopy under the auspices of NPTEL. Dr. Fathima Fasmin obtained her Bachelors of Technology degree in Chemical Engineering from Thangal Kunju Musaliar College of Engineering, Kerala in 2005. She completed her Ph.D (Chemical Engineering) in 2016 from Indian Institute of Technology Madras, and joined Qatar Environment & Energy Research Institute, Qatar as postdoctoral researcher. Currently, she is Assistant Professor in the Department of Chemical Engineering, National Institute of Technology, Calicut. She pursues research in areas such as corrosion, fuel cells and batteries; particularly in understanding EIS and nonlinear EIS data using physics-based models.

拉馬納坦·斯里尼瓦桑博士於1993年在安娜大學的A.C. Tech獲得化學工程學士學位。他於1996年完成碩士學位（化學工程），並於2000年在克拉克森大學獲得博士學位（化學工程），隨後加入美國PDF Solutions擔任高級顧問工程師。他於2003年加入印度理工學院馬德拉斯分校（IIT Madras）擔任教職，目前在化學工程系擔任教授。他的主要專業領域是應用電化學阻抗譜（electrochemical impedance spectroscopy）來獲取電化學反應的機制信息。他的研究小組將金屬溶解的傳統分析從塔費爾外推（Tafel extrapolation）擴展到更現實的多步驟反應機制分析，並開發了一個框架來分析EIS數據，以揭示詳細的機制。這種方法的一個獨特優勢是，它能夠在挑戰性環境（如酸性氟化物介質）中，通過原位測量來估算不同條件下氧化物種的表面覆蓋率。他開發了一些可自由下載的軟體工具，以模擬反應系統的電化學響應。他在各種全國性研討會和會議上，以及由印度NACE組織的工作坊中，發表了多場受邀演講，主題涉及腐蝕和電化學技術。他因在腐蝕和電化學領域的貢獻而獲得2019年印度電化學學會頒發的S. K. Seshadri紀念吉祥物獎。他在NPTEL的支持下創建了30小時的免費電化學阻抗譜視頻講座。

法蒂瑪·法斯敏博士於2005年在喀拉拉邦的Thangal Kunju Musaliar工程學院獲得化學工程學士學位。她於2016年在印度理工學院馬德拉斯分校獲得博士學位（化學工程），並加入卡塔爾環境與能源研究所擔任博士後研究員。目前，她是卡利庫特國立技術學院化學工程系的助理教授。她的研究領域包括腐蝕、燃料電池和電池，特別是使用基於物理的模型來理解EIS和非線性EIS數據。