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Meeting MS&T23: Materials Science & Technology
Symposium ACerS Richard M. Fulrath Award Session
Presentation Title Next Generation Energy Storage Materials for Carbon Neutral Society
Author(s) Fuminori Mizuno
On-Site Speaker (Planned) Fuminori Mizuno
Abstract Scope Energy storage materials for battery application are essential to realize a carbon neutral society. This talk will give you three unique approaches. Firstly, we have developed highly lithium-ion conductive solid electrolytes obtained through crystallization of sulfide-based glassy materials. This methodology is indeed a good approach to design the materials and also to manufacture such functional materials. Using a solid electrolyte, all-solid-state lithium-ion batteries have been well assembled. We have really recognized that solid-solid contacts in the batteries are obviously crucial to determine the cell performances, and the solid electrolyte plays an important role to maintain the solid-solid interface. Secondly, we have demonstrated a variety of materials which have been studied for Mg battery cathode. In multi-valent chemistry, we may need to change the methodology to design a host-guest relationship. Through high-throughput screening and highly advanced analysis, not only characteristic polymorphs but also unique molecule structures have been discovered so far. Lastly, encouraged by solid-state chemistries, new approaches to imagine a sustainable future society have been studied greatly. Using an example of metal-gas battery system, some challenges will be presented.


Advanced Materials for Aerospace Propulsion and Power Systems
Defect-Informed Design and Discovery of Solid-State Ionics for Energy Applications
Dielectric Material for High Temperature Multilayer Ceramic Capacitors and Insulating Resistance Degradation Mechanism
Next Generation Energy Storage Materials for Carbon Neutral Society
Understanding Microscopic Origin of Physical Properties in Functional Ceramics

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