상세 보기
위정재
Wie, Jeong Jae
공과대학
유기나노공학과
연구분야
- Eco-friendly polymers,
- Soft robotics and shape-reconfigurable devices,
- Sulfur rich polymers,
- 소프트로봇 및 형태가변형 디바이스,
- 친환경 고분자,
- 황고분자
자료 필터
자료유형
발행연도
2022 ~ 2026
2022 2026
키워드
언어
전체 79건 중 61번부터 70번까지의 결과를 표시합니다.
2023
Article
Functional group effect of chemically modified microcrystalline methyl cellulose on thermoplastic polyurethane composites
- Jhang, Saebohm ;
- Cho, Woongbi ;
- Lee, Seo Ku ;
- Yu, Ah Ran ;
- 이재경 ;
- ... Wie, Jeong Jae ;
- 외 3명
- 2023-07
- Cellulose
- SPRINGER
Article
MgFe2O4 Nanoparticle/Peracetic Acid Hybrids for Catalytic Oxidative Depolymerization of Lignin
- Zhuang, Jingshun ;
- Kim, Saerona ;
- Zhang, Mairui ;
- Ryu, Jiae ;
- Nonkumwong, Jeeranan ;
- ... Wie, Jeong Jae ;
- 외 4명
- 2023-06
- ACS APPLIED NANO MATERIALS
- AMER CHEMICAL SOC
Conference
Collective Magnetic Assembly for Modular Robotics and Contactless Manipulation of Microtopography
- 2023-03-26
Article
A Microphase Separation Strategy for the Infrared Transparency-Thermomechanical Property Conundrum in Sulfur-Rich Copolymers
- Hwang, Jae Hyuk ;
- Kim, Sang Hwa ;
- Cho, Woongbi ;
- Lee, Woohwa ;
- Park, Sungmin ;
- ... Wie, Jeong Jae ;
- 외 4명
- 2023-03
- Advanced Optical Materials
- WILEY-V C H VERLAG GMBH
Article
Highly Sensitive and Cost-Effective Polymeric-Sulfur-Based Mid-Wavelength Infrared Linear Polarizers with Tailored Fabry–Pérot Resonance
- Cho, Woongbi ;
- Hwang, Jehwan ;
- Lee, Sang Yeon ;
- Park, Jaeseo ;
- Han, Nara ;
- ... Wie, Jeong Jae ;
- 외 5명
- 2023-02
- Advanced Materials
- WILEY-V C H VERLAG GMBH
Article
Enhancement of thermomechanical properties of sulfur-rich polymers by post-thermal treatment
- Han, Nara ;
- Cho, Woongbi ;
- Hwang, Jae Hyuk ;
- Won, Sukyoung ;
- Kim, Dong-Gyun ;
- ... Wie, Jeong Jae
- 2023-02
- Polymer Chemistry
- ROYAL SOC CHEMISTRY
Article
Magnetomechanical Transport of Liquid Metal Droplets via Asymmetric Microwall Arrays
- Jhang, Saebohm ;
- Park, Jeong Eun ;
- Jeon, Jisoo ;
- Tabor, Christopher E. ;
- Wie, Jeong Jae
- 2023-01
- Advanced Materials Interfaces
- WILEY