| 2019-12 | A New Device Architecture with Double-Stranded Assembly of Electrode Microfibers for High-Performance Fibrous Organic Transistors in Electronic Textile Applications | Kim soojin; kimhyoungjun; Ho Won Jang; Se Hyun Kim; Jung Ah Lim |
| 2019-12 | Channel-dimension controllable fibriform organic field-effect transistors by hydrogel-supported transferring of printed CNT microelectrodes. | kimhyoungjun; Kang Tae-Hyung; YI, HYUNJUNG; Jung Ah Lim |
| 2019-04-11 | Channel-dimension controllable fibriform organic field-effect transistors via novel transfer method of carbon nanotube electrodes | kimhyoungjun; Jung Ah Lim |
| 2020-10-07 | Fabrication of fiber optoelectronic devices via conformal transfer of inkjet-printed carbon nanotube microelectrodes for smart wearable e-textile applications | kimhyoungjun; Kang Tae-Hyung; YI, HYUNJUNG; Jung Ah Lim |
| 2020-11-02 | Fiber optoelectronic devices for wearable applications based on conformal transferring of inkjet-printed carbon nanotube microelectrodes | kimhyoungjun; Kang Tae-Hyung; YI, HYUNJUNG; Jung Ah Lim |
| - | Highly durable textile pressure sensor based on polyurethanecoated Ni-Ti alloy fiber and its application to real-time sitting
posture monitoring | kimhyoungjun; Kim Minjeong; Park Jinwoo; Jee, Kwang Koo; Park, Min-Chul; Jung Ah Lim |
