Company Filing History:
Years Active: 2023
Title: **Soo Ah Nam: Innovator in Polyimide Film Analysis**
Introduction
Soo Ah Nam, an accomplished inventor based in Daejeon, South Korea, has made significant contributions to the field of materials science. With a focus on developing innovative methods for the analysis of complex materials, Nam holds a patent that showcases his expertise and dedication to advancing technology in this domain.
Latest Patents
Soo Ah Nam's notable patent is titled "Method for Quantitative Analysis of Monomers in Polyimide Film." This invention presents an analysis method that allows for the measurement of a sample containing diamine and acid dianhydride without the need for a separate methyl derivatization process. The method involves pretreating a polyimide film, which is known to be a poorly soluble polymer, with DMAc following hydrolysis. This innovative approach enables the determination of the amount of monomers present in the polyimide film, thereby enhancing the efficiency of material characterization.
Career Highlights
Nam is currently employed at LG Chem Ltd., a leading company in the chemical and materials industry. His work focuses on improving analytical methods that are crucial for ensuring the quality and performance of polyimide films, which are widely used in various applications, including electronics and aerospace.
Collaborations
Soo Ah Nam collaborates with notable colleagues, including Su Youn Han and Byoung Hyoun Kim. These collaborations not only foster innovation within the team but also contribute to the advancement of research and development at LG Chem Ltd., facilitating the growth of new technologies and methods in the materials science field.
Conclusion
Soo Ah Nam’s contributions to the field of polyimide film analysis underscore his role as an innovative inventor. Through his patented method of quantitative analysis, he has paved the way for more effective material testing and characterization. His ongoing work at LG Chem Ltd. and collaboration with esteemed colleagues further enhances the potential for advancements in materials science.