Tae‐Jun Ko
Papers
1
Total Citations
5
H-Index
1
About
Tae‐Jun Ko is a materials scientist whose research focuses on bioinspired surface engineering, particularly the design of superwetting and anti-fouling interfaces for oil-water separation and self-cleaning applications. His major contribution lies in developing nanostructured cellulose fabrics that maintain exceptional oil-repellency even when fouled in a dry state—a long-standing challenge in the field. In his most cited work (2019, 5 citations), Ko introduced a multiple air-bubble enhanced mechanism that allows oil to rupture and detach from the fabric surface upon water contact, effectively restoring superhydrophilicity without chemical cleaning. This breakthrough addresses a critical gap in sustainable materials for environmental remediation, as conventional superhydrophilic surfaces lose function once contaminated by oil before water exposure. Ko’s approach leverages hierarchical nanostructures and trapped air layers to create a robust, reusable platform for easy oil cleaning. Though his citation count is still growing, his work has been recognized for its practical relevance to industrial oil spill recovery and eco-friendly filtration systems. His research continues to push the boundaries of smart surfaces, offering scalable solutions for real-world fouling problems.
Research Focus
Key Achievements
Top Papers
- 1