Eul Noh

Title: Innovations by Eul Noh in All-Solid-State Batteries and Silicon Oxide-Carbon Composites

Introduction

Eul Noh, an accomplished inventor based in Goyang-si, South Korea, has made significant contributions to the field of energy storage through his innovative patents. With a total of four patents to his name, Noh's recent work focuses on advancements in all-solid-state batteries and silicon oxide-carbon composites, showcasing his expertise in modern battery technologies.

Latest Patents

Among Eul Noh's latest patents is a groundbreaking innovation in all-solid-state battery technology. This invention includes a battery supporting member composed of an oxide-based solid electrolyte of a garnet structure. The battery features a positive electrode located on the first surface of the supporting member and a negative electrode on the second surface. The positive electrode consists of a positive active material layer that is in contact with the battery supporting member and includes a unique ion conductor and current collector. Noh's patent also outlines a manufacturing method for this battery, significantly improving the performance and safety of energy storage systems.

Another key patent involves a silicon oxide-carbon composite, detailing a new method of manufacturing this composite. The process starts with a reaction solution containing an organic solvent mixed with aromatic compounds, generating crystalline carbon structures through plasma. The methodology includes incorporating silicon halide and polyol into the solution, leading to a slurry that is thermally treated to yield high-performance energy storage devices.

Career Highlights

Eul Noh's impressive career includes vital roles within the Industry-Academia Cooperation Group at Sejong University, as well as the Research Institute of Industrial Science & Technology. His experiences in these prestigious institutions have played a significant role in shaping his innovative approaches to battery technology and energy storage solutions.

Collaborations

Noh has collaborated with notable colleagues such as Sun Jae Kim and Hee June Jung, contributing to the advancement of research and development in his field. These partnerships have been instrumental in driving his innovative projects forward and expanding the scope of energy storage research.

Conclusion

Eul Noh's work exemplifies the cutting-edge innovations in battery technology and energy storage. His four patents, focusing on all-solid-state batteries and silicon oxide-carbon composites, demonstrate his commitment to enhancing energy solutions for the future. Through his career and collaborations, Noh continues to pave the way in the realm of energy innovation, making a lasting impact on this critical field.