우리 연구실의 박사과정 학생인 Cao Viet Anh의 논문이 Nano Energy에 게제되었습니다. Viet Anh학생은 MXene의 전위 조절를 통해 Triboelectric 발전소자의 대전성을 조절하는 기법을 개발하여, 대전제 제작의 새로운 방향을 제시하였습니다. Nano Energy는 영향지수 19.069의 분야 5%이내의 최상위 학술지입니다. 이외에도 Viet Anh학생은 올해 분야 15%이내의 저널인 ACS Appl. Mater. Interfaces (IF:10.383)에 논문을 게제하였습니다. 또한, 21년 게제한 ACS Nano(IF:18.03)에 게제된 연구결과를 제출하여 지난 11월 열린 The 5th International Conference on Advance Materials and Nanotechnology학회에서, 최우수포스터상을 수상하였습니다. 

The paper by Cao Viet Anh, a doctoral student in our lab, has been published in Nano Energy. Viet Anh students developed a novel method to control the electrification of triboelectric generators through the surface potential control of MXene, suggesting a new direction for the production of triboelectric friction layers. Nano Energy is the top academic journal within 5% of the field with an impact index of 19.069. In addition to this, Viet Anh also published his research results in ACS Appl. Mater. Interfaces. in this year. In addition, the research results published in ACS Nano (IF:18.03) published in 21 were submitted and won the Best Poster Award at The 5th International Conference on Advance Materials and Nanotechnology held last November.