Reduced Graphene Oxide for Supercapacitor Applications
暫譯: 還原氧化石墨烯在超級電容器應用中的應用

Jia Li is a master student at the School of Materials and Minerals Resources Engineering, Universiti Sains Malaysia. First degree from Henan Institute of Technology, China. Specializing in high-performance supercapacitors and battery electrode materials. His current research is focused on the green reduction of graphene oxide to develop advanced active materials for use in supercapacitors. With a strong background in materials science, he excels in synthesizing and characterizing nanomaterials, particularly those associated with energy storage. He is skilled in using advanced techniques for materials analysis and is actively engaged in exploring environmentally friendly methods to enhance the efficiency and performance of energy storage devices. His work contributes to the development of sustainable and high-performance energy storage solutions.

Nor Azmira Salleh is a PhD student at the School of Materials and Minerals Resources Engineering, Universiti Sains Malaysia, specializing in energy storage materials for supercapacitors and batteries. MSc is also from this university. Her current research focuses on recycling graphene through green methods and synthesis MXene based materials to be used as an active material in supercapacitors. An expert in materials science, particularly in energy storage and soldering materials, she is skilled in analyzing material properties and conducting failure analysis using advanced materials characterization equipment.

Dr. Norariza Ahmad is a Staff Researcher in R&D Chemistry in PETRONAS, holding a doctoral degree in Materials from the University of Manchester. With 12 years of experience in the oil and gas industry, she specializes in the synthesis, characterization, and application of graphene-related materials. Since 2017, she has been actively involved in graphene research, notably in developing graphene-based fuel as a combustion enhancer for PETRONAS' Formula 1 Project. Her significant contribution towards achieving Net Zero Carbon Emissions includes the development of the patented Coke to Graphene Technology, which is advancing towards scaling up and commercialization. Currently, she continues to innovate by transforming CO2 emissions from refinery operations into sustainable graphene materials.

Dr. Adil Alshoaibi is an Assistant Professor in the Department of Physics at King Faisal University, specializing in Inorganic Materials, with a particular emphasis on oxides that demonstrate unique electrical properties, such as ionic conductors and semiconductors. He earned his PhD from the Department of Materials Science and Engineering at The University of Sheffield, UK. His interdisciplinary research focuses on the synthesis and crystal structure determination of new oxide materials, phase diagram analysis for doping mechanisms, and the measurement of electrical properties using impedance spectroscopy to study ceramics. Dr. Alshoaibi's work spans the fields of Chemistry, Physics, and Engineering, making significant contributions to advancements in materials science and electronic applications.

Dr. Soorathep Kheawhom is an Associate Professor at Chulalongkorn University, renowned for his expertise in battery research, particularly in the development and enhancement of flow batteries. His work primarily focuses on zinc-based batteries, including zinc-air, zinc-ion, and zinc-iodine systems, aimed at advancing sustainable energy storage technologies. With over 200 scientific publications, he has established a distinguished research career and is a sought-after speaker at international conferences, particularly in the domain of renewable energy solutions. His contributions are pivotal in the ongoing evolution of advanced energy storage systems.

Dr. Ahmad Azmin Mohamad is an associate professor for School of Materials & Mineral Resources Engineering at Universiti Sains Malaysia. He started this job in 2004. He obtained his doctoral degree in the field of Advanced Materials at Physics Department, Universiti Malaya. He studied alkaline solid polymer electrolytes for nickel-metal hydride (NiMH) batteries for his PhD. His current research focuses on batteries, supercapacitors, solder alloy and corrosion. He had published more than 150 papers in high impact journals and listed as top 2% in the world on citation impact by Stanford University. His undergraduate and master's level courses cover crystallography, materials characterization, corrosion engineering, and many others. Dr. Azmin's work includes serving as an editor or board editor for multiple journals, among them the renowned International Journal of Energy Research (Wiley), which holds a Q1 ranking.

賈立（Jia Li）是馬來西亞科學大學（Universiti Sains Malaysia）材料與礦產資源工程學院的碩士生。他的第一學位來自中國河南科技學院，專攻高性能超級電容器和電池電極材料。他目前的研究專注於綠色還原氧化石墨烯，以開發用於超級電容器的先進活性材料。擁有堅實的材料科學背景，他在合成和表徵納米材料方面表現出色，特別是與能量儲存相關的材料。他熟練使用先進的材料分析技術，並積極探索環保方法，以提高能量儲存設備的效率和性能。他的工作有助於可持續和高性能能量儲存解決方案的發展。

諾阿茲米拉·薩利赫（Nor Azmira Salleh）是馬來西亞科學大學材料與礦產資源工程學院的博士生，專攻超級電容器和電池的能量儲存材料。她的碩士學位也來自該大學。她目前的研究專注於通過綠色方法回收石墨烯，並合成基於MXene的材料，作為超級電容器中的活性材料。作為材料科學的專家，特別是在能量儲存和焊接材料方面，她擅長分析材料特性並使用先進的材料表徵設備進行失效分析。

諾拉里莎·艾哈邁德博士（Dr. Norariza Ahmad）是PETRONAS的研發化學部門的研究員，擁有曼徹斯特大學的材料博士學位。在石油和天然氣行業擁有12年的經驗，她專注於石墨烯相關材料的合成、表徵和應用。自2017年以來，她積極參與石墨烯研究，特別是在開發石墨烯基燃料作為PETRONAS的F1項目的燃燒增強劑方面。她在實現淨零碳排放方面的重大貢獻包括開發專利的焦炭轉石墨烯技術，該技術正朝著擴大規模和商業化的方向發展。目前，她繼續創新，將煉油廠的二氧化碳排放轉化為可持續的石墨烯材料。

阿迪爾·阿爾肖伊比博士（Dr. Adil Alshoaibi）是費薩爾國王大學（King Faisal University）物理系的助理教授，專攻無機材料，特別強調具有獨特電性質的氧化物，如離子導體和半導體。他在英國謝菲爾德大學材料科學與工程系獲得博士學位。他的跨學科研究專注於新氧化物材料的合成和晶體結構確定、摻雜機制的相圖分析，以及使用阻抗光譜法測量電性質以研究陶瓷。阿爾肖伊比博士的工作涵蓋化學、物理和工程領域，對材料科學和電子應用的進步做出了重要貢獻。

蘇拉提普·克哈沃姆博士（Dr. Soorathep Kheawhom）是朱拉隆功大學的副教授，以其在電池研究方面的專業知識而聞名，特別是在流動電池的開發和增強方面。他的工作主要集中在鋅基電池，包括鋅空氣、鋅離子和鋅碘系統，旨在推進可持續能量儲存技術。擁有超過200篇科學出版物，他建立了卓越的研究生涯，並在國際會議上成為受歡迎的演講者，特別是在可再生能源解決方案領域。他的貢獻對於先進能量儲存系統的持續演變至關重要。

艾哈邁德·阿茲敏·莫哈末博士（Dr. Ahmad Azmin Mohamad）是馬來西亞科學大學材料與礦產資源工程學院的副教授。他於2004年開始這份工作。他在馬來亞大學物理系獲得先進材料領域的博士學位。他的博士研究專注於氫氧化鎳（NiMH）電池的鹼性固體聚合物電解質。他目前的研究集中在電池、超級電容器、焊接合金和腐蝕方面。他在高影響力期刊上發表了超過150篇論文，並被史丹佛大學列為全球引用影響力前2%。他的本科和碩士課程涵蓋晶體學、材料表徵、腐蝕工程等多個領域。阿茲敏博士的工作包括擔任多本期刊的編輯或編委，其中包括享有盛譽的《國際能源研究期刊》（International Journal of Energy Research，Wiley），該期刊在Q1排名中名列前茅。