Ethyl 2-(2-fluoroethoxy)ethyl carbonate as a ne... Jin, Dahee ;  Park, Changhee ;  Han, Jiwon ;  Dzakpasu, Cyril Bubu ;  Kim, Eunsae ;  et al

The combination of a high-Ni LiNixMnyCo1-x-yO2 (NMC) cathode and Li metal anode is currently cons...

수계 아연 금속 전지용 아연 분말 기반 복합음극 안정화 기술 개발 고혜정 ;  도병현 ;  송우진 ;  장우석 ;  조해진 ;  et al

아연 분말 기반 음극 소재의 도입을 통한 비발화, 유효 전류 밀도 감소, 높은 가공 특성의 차세대 전지 를 구현할 수 있으나, 전극 제조법 및 소재에서의 최적화 연구가 전무하...

카보네이트 전해질 기반 리튬 전착/용출 사이클과 계면 진화 메커니즘에 대한 연구 동향 조영성 ;  서지연 ;  최보경 ;  이홍경

리튬 금속은 리튬이차전지의 에너지밀도 한계를 뛰어넘을 수 있는 궁극의 음극 소재이다. 허나, 본연의 높은 반응성으로 인해 전해액과의 부반응이 극심하고 불균일한 리튬 전착 및 ...

Multi-Scale Self-Attention Network for Denoisin... Lee, Kyungsu ;  Lee, Haeyun ;  Lee, Moon Hwan ;  Chang, Jin Ho ;  Kuo, C. -C. Jay ;  et al

Deep learning-based image denoising plays a critical role in medical imaging, especially when dea...

DGIST Develops Highly Efficient Process Technology for Next-Generation AI Semiconductors!

- DGIST Professors Jang Jae-eun and Kwon Hyuk-jun and the research team develop ferroelectric field-effect transistors suitable for heterojunction following a low-temperature annealing process using laser - The development of ferroelectric-based memory devices enables next-generation AI semiconductor systems - The results are published in Advanced Science, a top international journal in the field

Robots with the secrets of turtles: Reducing the cost of transport through diagonal gait!

- Research on tortoise-inspired robots by DGIST Professor Dongwon Yun’s team selected as cover paper for prestigious international journal Advanced Intelligent Systems - Acknowledged for originality and excellence of the robot energy efficiency enhancement technology mimicking the gait and postural patterns of tortoises

DGIST-POSTECH Joint Research Team Developed Next-Generation Impact-Resistant Stretchable Electronic Component

- Professor Kyung-In Jang’s team from DGIST, in collaboration with Professor Taeho Park’s team from POSTECH, has developed a stretchable electronic device based on hybrid polymers. - The device maintains high mechanical stability even when it is severely bent or impacted, making it applicable in various industries such as displays, healthcare, and wearables. - Research results published in ACS Nano, the prestigious nanoscience journal.