Supercapacitor: Fundamentals, Materials, and Devices
暫譯: 超級電容器：基本原理、材料與裝置

維持理論與應用的平衡，《超級電容器：基本原理、材料與裝置》提供了下一代能源儲存技術的完整指南。它將超級電容器介紹為傳統電池的強大替代方案，強調其獨特的基於電場的能量儲存機制，使其能夠快速充電、擁有長循環壽命和高功率密度。

本書結合學術與產業驅動的研究，通過涵蓋超級電容器的分類、電極/電解質材料及製造技術，奠定了堅實的基礎。隨著材料科學和裝置工程的最新進展，本書提出了利用尖端材料（包括MXenes、MOFs和離子液體）進行超級電容器設計的新方法。它還針對關鍵挑戰進行探討，並探索可擴展、可持續和高性能能源儲存解決方案的有前景方向。

特色
- 深入概述超級電容器類型：EDLCs、偽電容器和混合系統。
- 涵蓋先進的電極材料，包括MXenes、導電聚合物和MOFs。
- 詳細的製造協議，強調可擴展和環保的方法。
- 分析性能的方式：循環伏安法、阻抗光譜法等。

在本版中，新增了有關柔性和可穿戴超級電容器、基於離子液體的電解質以及可持續合成技術的章節。

本書是研究生、學術研究人員、材料科學家以及電子和清潔能源領域專業人士的重要資源。通過結合基本原理與新興創新，它為讀者提供了在這個快速變化的領域中成功所需的理論理解和實踐見解。無論是設計裝置還是分析新材料，本書都提供了將想法轉化為有意義的能源儲存解決方案所需的工具和背景。

Dinesh Kumar is a distinguished faculty member at the School of Chemical Sciences, Central University of Gujarat, Gandhinagar. He is an alumnus of the University of Rajasthan, Jaipur, where he earned his master's and doctoral degrees in Chemistry. His scholarly achievements have garnered numerous national and international accolades and fellowships, and he has consistently been ranked among the top 2% of scientists globally from 2021 to 2024. His research primarily focuses on creating mixed-metal oxide-based hierarchical nanostructures to develop electrochemical sensors and energy storage devices. His research endeavors are also directed toward synthesizing capped magnetic nanoparticles (MNPs), core-shell nanoparticles (NPs), and biopolymers. These include the development of metal oxide-based nanoadsorbents and nanosensors for removing and detecting inorganic water toxicants, such as heavy metal ions and fluoride. His prolific contributions to science are evidenced by his extensive publication record, which includes 146 articles in prestigious international journals, five books, 140 book chapters, and approximately 105 presentations at various national and international forums. Nineteen students have completed their Ph.D. degrees under his guidance. His work is widely recognized, reflected in his h-index of 41, i10 index of 120, and nearly 6500 citations.

Sapna Nehra has been enriching Nirwan University, Jaipur's academic community as an Assistant Professor with additional roles of contoller of Examination and Research Coordinator since March 2022. A distinguished alumna of Banasthali Vidyapith, Rajasthan, India, she earned her M.Sc. degree in 2014, followed by a Ph.D. in 2020. Her doctoral research, guided by Dr. Dinesh Kumar at the School of Chemical Sciences, Central University of Gujarat, Gandhinagar, focused on innovative chemical applications. Before her tenure at Nirwan University, she imparted knowledge at Dr. K. N. Modi University, Newai, Tonk, Rajasthan, from 2020 to 2022. She is a prolific author with eleven research papers and forty five book chapters published by prestigious international publishers. Also pubhlised three books with natioal as well as internalion publisher In addition, she contributes her expertise as a reviewer to esteemed journals under Science Direct, ACS, and Springer Nature. She regularly participates in national and international conferences, showcasing her research, which primarily revolves around developing advanced materials, including polymers, bionanomaterials, and metal oxides, to enhance water purification technologies.

Dinesh Kumar 是古吉拉特中央大學化學科學學院的傑出教員。他是拉賈斯坦大學（University of Rajasthan, Jaipur）的校友，獲得化學碩士和博士學位。他的學術成就獲得了眾多國內外的獎項和獎學金，並且在2021年至2024年間持續被評為全球前2%的科學家。他的研究主要集中在創造基於混合金屬氧化物的分層納米結構，以開發電化學傳感器和能量儲存裝置。他的研究工作還包括合成包覆的磁性納米顆粒（MNPs）、核殼納米顆粒（NPs）和生物聚合物。其中包括開發基於金屬氧化物的納米吸附劑和納米傳感器，用於去除和檢測無機水中毒物，如重金屬離子和氟化物。他在科學領域的豐碩貢獻體現在他廣泛的出版記錄上，包括在知名國際期刊上發表的146篇文章、五本書、140章書籍以及約105次在各種國內外論壇上的演講。十九名學生在他的指導下完成了博士學位。他的工作廣受認可，h-index為41，i10指數為120，引用次數接近6500次。

Sapna Nehra 自2022年3月以來，作為助理教授及考試主管和研究協調員，為尼爾萬大學（Nirwan University, Jaipur）的學術社群增添了活力。她是印度拉賈斯坦邦巴納斯塔利維迪亞皮特（Banasthali Vidyapith）的傑出校友，於2014年獲得碩士學位，並於2020年獲得博士學位。她的博士研究在古吉拉特中央大學化學科學學院的Dinesh Kumar博士指導下，專注於創新的化學應用。在尼爾萬大學任職之前，她於2020年至2022年在拉賈斯坦邦的K. N. Modi大學（Dr. K. N. Modi University, Newai, Tonk）教授知識。她是一位多產的作者，發表了十一篇研究論文和四十五章書籍，這些作品由知名國際出版社出版。此外，她還與國內及國際出版社共同出版了三本書。她作為評審為Science Direct、ACS和Springer Nature等知名期刊貢獻專業知識。她定期參加國內外會議，展示她的研究，主要圍繞開發先進材料，包括聚合物、生物納米材料和金屬氧化物，以提升水處理技術。