Company Filing History:
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Years Active: 2011-2016
Title: Mi Hee Jung: Innovator in Metal Oxide Manufacturing and Solar Cell Technology
Introduction
Mi Hee Jung is a prominent inventor based in Daejeon, South Korea, known for her impactful contributions to the field of material science. With a total of eight patents to her name, she has been at the forefront of innovations related to metal oxides and solar cell technologies.
Latest Patents
Among her latest patents, Mi Hee Jung has developed methods for manufacturing metal oxide crystals and fabricating substrates for solar cells. The first method involves the mixing of a metal precursor material with a basic material, amphiphilic molecules, and distilled water to create a metal precursor solution. Through a two-stage heat treatment process, this solution can be transformed into a pair of metal oxide disks featuring a single crystalline structure. The second patent outlines a technique for creating a polycrystalline metal oxide sheet. This involves the mixing of a metal precursor, base material, and distilled water, followed by the introduction of an anionic surfactant, leading to the formation of metal oxide nanoparticles. These nanoparticles can be coupled to construct a hexagonal metal oxide sheet with a polycrystalline structure.
Career Highlights
Mi Hee Jung has worked with notable organizations such as the Electronics and Telecommunications Research Institute and Korea Electric Power Corporation. Her work in these institutions has facilitated her research and development efforts in advancing material technology for practical applications.
Collaborations
Throughout her career, she has collaborated with esteemed colleagues including Mangu Kang and Moo Jung Chu. These teamwork dynamics have fostered innovative solutions and have contributed to her successful patent portfolio.
Conclusion
Mi Hee Jung stands out as an influential inventor with a focus on innovative methods in metal oxide manufacturing and solar cell technology. Her commitment to exploration and collaboration continues to push the boundaries of material science, significantly impacting the renewable energy industry and beyond.