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NMS.Lab

NEWS

NEWS

  • 이건희 박사후연구원, Best Paper Award 수상 (47th-anniversary event of KRICT

    수상 채영복 우수논문상
    수상자 이건희 박사후연구원
    논문명 Ultrathin Metal Film on Graphene for Percolation-threshold-limited Thermal Emissivity Control
    저널 Advanced Materials
  • Our research was selected as a Back Cover in Journal of Materials Chemistry A

    논문 JMCA
    논문명 Atomically mixed catalysts on a 3D thin-shell TiO2 for dual-modal chemical detection and neutralization
  • Our research was selected as a Front Cover in Volume 33 of Advanced Functional Materials

    저널 Advanced Functional Materials
    Highlight Front Cover
  • Our research was selected as 양송포스터상 최우수상 from 한국세라믹학회

    수상 양송포스터 최우수상
    수상자 이건희 박사후연구원
    발표 제목 Light-activated Polyelemental Nanocatalysts for Dual-mode Chemical Detection and Neutralization of Environmental Pollutants
  • Donghwi Cho was appointed as an advisory committee of the national research project

    기관 소재 측정분석프로토콜 사업단
    내용 소재 측정/분석 공유서비스 체계 구축, 프로토콜 수집/공유 활용 사업
    위촉 내용 소재 측정분석 프로토콜 사업단 전문가위원회
  • Donghwi Cho was named as a young scientist in "Polymer Science and Technology" by the Polymer Society of Korea.

    Information Polymer Science and Technology, 33, 6, 582-583, 2022
  • 3D nanocomposite work was selected as "ENGE 2022 Best Oral Award" from ENGE 2022

    수상 Best Oral Presentation
    학회 금속재료학회
  • Photolithographic realization of target nanostructure in 3D space research was highlighted in the media

    논문 Science Advances
    기사 제목 한국, 차세대 반도체 핵심 기술 선점했다
  • Donghwi Cho's research was selected as Editor's Pick in Applied Physics Reviews and highlighted in the media

    논문 제목 Proximity-field nanopatterning for high performance chemical and mechanical sensor applications based on 3D nanostructures
    저널 Applied Physics Reviews
    기사 제목 첨단센서용 고성능 감지소재 기술 및 연구방향 제시
  • Donghwi Cho's research was highlighted in the media

    논문 제목 Rationally Designed TiO2 Nanostructures of Continuous Pore Network for Fast-responding and Highly Sensitive Acetone Senso
    저널 Small Methods
    기사 제목 '1초만에 아세톤 감지' 초고속 가스센서 개발
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