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Rs-2024–00406534
Funder:
Ministry of Science and ICT, South Korea
Funded outputs count:
18
Funder award ID:
RS-2024–00406534
OpenAlex ID:
G1485644846
Covalent Interfacial Anchoring of 1D‐2D Hybrid Nanofillers to Poly(Vinyl Alcohol) Networks Enables High‐Strength, High‐Stiffness Hydrogel Fibers
2026
·
Dong Yeop Lee
, Ji Hwan Moon
, et al.
·
Advanced Materials
Dual temperature-sensitive liposome-in-liposome structure for advanced drug delivery systems
2026
·
Jin Yoo
, Suhyeon Jo
, et al.
·
Colloids and Surfaces B Biointerfaces
·
1
Rotational energy harvesting for automotive applications using coiled carbon nanotube yarn
2026
·
Ji Hwan Moon
, Bum-Joon Kim
, et al.
·
Cell Reports Physical Science
Photopatternable composite conductors based on liquid metal particles with high conductivity and resolution
2026
·
Jeonghee Hwang
, Ji Hyun Kim
, et al.
·
Chemical Engineering Journal
·
1
Asymmetric Carbon Nanotube Yarns for Electrochemical and Mechanical Balance in Artificial Muscle Fascicle
2026
·
Jae Sang Hyeon
, Gyu Hyeon Song
, et al.
·
Advanced Fiber Materials
Electrochemically stable artificial muscles from directly spun carbon nanotube fibers
2026
·
Chae-Lin Park
, Byeonghwa Goh
, et al.
·
International Journal of Mechanical Sciences
·
2
Secondary coiled artificial muscle with improved load capacity and reduced energy consumption
2026
·
Jung Gi Choi
, Jung Gi Choi
, et al.
·
Sensors and Actuators A Physical
·
1
Strain-dependent modeling of a mechano-electrochemical energy harvester based on carbon nanotube yarn
2026
·
Yongjoo Ahn
, Ji Hwan Moon
, et al.
·
Scientific Reports
PDF
Fiber-type artificial muscles for robotic actuation
2025
·
Ji Hwan Moon
, Jae Sang Hyeon
, et al.
·
npj Robotics
·
6
PDF
Enhanced Mechanical and Electrochemical Properties of Carbon Nanotube Fibers via Embedded Sucrose‐Derived Porous Carbon for Mechanoelectrochemical Energy Harvesting
2025
·
Hocheol Gwac
, Dong Yeop Lee
, et al.
·
Advanced Functional Materials
PDF
Four-dimensional printing and modular assembly of multi-functional smart parts and systems with sulfur-rich polymer composites
2025
·
Jong Hwi Seo
, Jae Hyuk Hwang
, et al.
·
Chemical Engineering Journal
·
3
Closed‐Loop and Sustainable 4D Printing of Multi‐Stimuli‐Responsive Sulfur‐Rich Polymer Composites for Autonomous Task Execution
2025
·
Jae Hyuk Hwang
, Sukyoung Won
, et al.
·
Advanced Materials
·
10
PDF
Force sensing of carbon nanotube artificial muscles based on electrochemical double layer
2025
·
Jae Sang Hyeon
, Kyoung Woo Kim
, et al.
·
Sensors and Actuators B Chemical
·
10
Engineered side chains in polynorbornene-basedmembranes for controllable gas transport properties
2025
·
Seungbae Jeon
, Eun Ji An
, et al.
·
Journal of Membrane Science
·
4
Improving energy conversion efficiency of ion-driven artificial muscles based on carbon nanotube yarn
2025
·
Jae Sang Hyeon
, Qiong Wang
, et al.
·
Journal of Power Sources
·
7
Dual‐Scale Hydration‐Induced Electrical and Mechanical Torsional Energy Harvesting in Heterophilically Designed CNT Yarns
2025
·
Jae Myeong Lee
, Wonkyeong Son
, et al.
·
Advanced Materials
·
3
PDF
Reconfigurable and recyclable High-Temperature triple shape memory polymers from upcycling of commercial Nylon 6 vitrimers
2025
·
Guk-Yun Noh
, Juhyen Lee
, et al.
·
Chemical Engineering Journal
·
16
Azobenzene‐Functionalized Semicrystalline Liquid Crystal Elastomer Springs for Underwater Soft Robotic Actuators
2024
·
Wonbin Seo
, Carter S. Haines
, et al.
·
Small
·
34
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