Yuichi Taketomi

Title: **Yuichi Taketomi: Innovator in Sintered Body Technologies**

Introduction

Yuichi Taketomi, a distinguished inventor based in Takasago, Japan, has made significant contributions to the field of materials science. With a total of three patents to his name, Taketomi's work focuses primarily on sintered body technologies that have important applications in electronic devices.

Latest Patents

Taketomi's latest innovations include two noteworthy patents:

1. A **sintered body comprising LiCoO2** designed for use as a sputtering target. This invention outlines a sintered body where the sputtering surface area ranges from 200 to 1500 cm² and boasts a relative density of at least 75%. The patent details a specific area of the sintered body characterized by a high concentration of pores and how this affects performance.

2. A **Li-containing phosphoric-acid compound sintered body and sputtering target**, which addresses the need for high-density sintered bodies with minimal defects. This invention enhances the stability of Li-containing phosphoric-acid compound thin films used in solid electrolytes for secondary cells. The sintered body produced has a refined crystal grain diameter and high relative density, ensuring reliable performance without cracking or electrical discharge irregularities.

Career Highlights

Yuichi Taketomi holds his current position at the **Kobelco Research Institute, Inc.**, where he dedicates his expertise to advancing material innovations. His research not only contributes to academic circles but also holds practical implications for industries reliant on cutting-edge electronic materials.

Collaborations

Throughout his career, Taketomi has collaborated with prominent colleagues, including **Moriyoshi Kanamaru** and **Yuki Tao**. These partnerships have fostered an environment of collective innovation and have driven forward the exploration of new technologies in the field.

Conclusion

With a track record of impactful patents and collaborations, Yuichi Taketomi continues to be a pivotal figure in the realm of materials science. His work has the potential to advance the capabilities of electronic devices, making him a vital contributor to contemporary innovations in industry.