Development of technology for carbon-based electrode materials in lithium secondary batteries and improvement of charge/discharge characteristics and high output.
S10715
★What are carbon materials that can exhibit high lithium storage and release capacity? ★Characteristics of anode materials (fast charge and discharge capability, cycle characteristics)
【Abstract of the Lecture】 I will introduce the potential of soft carbon as an anode material for lithium-ion secondary batteries, discussing its characteristics based on various technical data and its positioning among other anode material trends, as well as outlining future development prospects. 【Purpose of the Lecture】 Carbon Nano Walls (CNW) are a novel nano-carbon material generated perpendicularly to a substrate by plasma CVD methods. CNW has a unique structure composed of nano-graphite domains. This lecture will explain the generation method of CNW and its structural characteristics. Recent experiments have shown that CNW is effective as an anode material for lithium-ion secondary batteries and as a platinum-supported electrode material for fuel cells. This lecture will also introduce the application of CNW in battery electrodes. 【Purpose of the Lecture】 I will present the current state of research and development of carbon materials and examples of research related to the formation of solid electrolyte interphase (SEI), particularly focusing on the development status of Si-C-O based carbon materials and analysis cases regarding the surface state of graphite anodes.
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★Explanation of the generation method and structural characteristics of CNW ⇒ Effective as lithium-ion secondary battery anode materials and fuel cell platinum-supported electrode materials ★Surface analysis of carbon anode materials for lithium secondary batteries! Instructor Part 1: Toshiaki Miyanaga, Marketer, LIB Electrode Project, Nippon Steel Chemical Co., Ltd. Part 2: Professor Masaru Tachibana, Graduate School of Life Nano-System Science, Yokohama City University Part 3: Professor Kiyoshi Kanemura, Graduate School of Urban Environmental Sciences, Tokyo Metropolitan University Target Audience: Researchers and personnel interested in carbon-based battery materials for lithium secondary batteries Venue: Kawasaki International Exchange Center, Conference Room 1 [Kanagawa, Kawasaki] 10-12 minutes walk from "Motosumiyoshi Station" on the Tokyu Toyoko Line and Tokyu Meguro Line 20-25 minutes walk from "Musashi-Kosugi Station" on the Tokyu Toyoko Line, Tokyu Meguro Line, and JR Nambu Line Date and Time: July 20, 2011 (Wednesday) 11:00-16:30
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[Early Bird Discount Price] 51,450 yen (including tax, lunch, and textbook costs) for up to 2 people from one company. *This applies only to Tech-Zone members who apply by July 6. Membership registration is free. *After July 6, the [regular price] will be 54,600 yen (including tax, lunch, and textbook costs) for up to 2 people from one company.
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P2
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P2
Applications/Examples of results
Part 1: Characteristics of Soft Carbon-Based Anode Materials (Fast Charge/Discharge Properties, Cycle Characteristics) and Future Technological Developments 1. Overview of Anode Materials 2. Carbon-Based Anode Materials 3. Soft Carbon 3-1 What is Soft Carbon? 3-2 Characteristics of Soft Carbon a) Charge/Discharge Curve b) Fast Charge/Discharge Properties c) Stability (Against Electrolyte) d) Cycle Characteristics 4. Anode Materials from the Perspective of Resources 5. Future Development Prospects Part 2: Structure of Carbon Nanowalls and Their Application in Battery Electrodes 1. What are Carbon Nanowalls? 2. Characteristics of Lithium-Ion Secondary Battery Anodes 2-1 Electrode Fabrication 2-2 Charge/Discharge Characteristics 2-3 Annealing Effect 2-4 High Rate Characteristics 3. Characteristics of Platinum-Supported Electrodes in Fuel Cells 3-1 Electrode Fabrication 3-2 Platinum Support State 3-3 CV Evaluation Part 3: Research Trends in Carbon-Based Battery Materials and Surface Analysis of Carbon Anode Materials for Lithium Secondary Batteries 1. Required Performance for Anode Materials 2. High-Capacity Anodes 3. Surface State of Graphite Anodes 4. Single Particle Measurement of Carbon-Based Anodes
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