Fabrication of Nano Copper Highly Conductive and Flexible Printed Electronics by Direct Ink Writing

Fabrication of Nano Copper Highly Conductive and Flexible Printed Electronics by Direct Ink Writing

Nanoscale metals have emerged as crucial materials for conductive inks in printed electronics due to their unique physical and chemical properties. However, the synthesis of high-precision and highly conductive copper ink remains a challenge. Herein, a high-precision, highly conductive, and oxidatio...

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Bibliographic Details
Main Author: Peng Zhang (2071) (author)
Other Authors: Qinghua Sun (115046) (author), Shiyao Fang (20476565) (author), Hui Guo (110581) (author), Kang Liu (423471) (author), Linfu Zhang (20476568) (author), Qiang Zhu (188733) (author), Min Wang (21070) (author)
Published: 2024
Subjects:
Genetics
Biotechnology
Chemical Sciences not elsewhere classified
Information Systems not elsewhere classified
wearable electronic devices
excellent adhesion performance
enabling precise control
printed electronics due
varying particle sizes
resistant nanocopper ink
circuit forming performance
low resistance level
exhibiting excellent printability
excellent oxidation resistance
flexible printed electronics
fabricate highly conductive
fluid dynamics simulations
flexible electronics
highly conductive
conductive ink
particle size
molecular dynamics
circuit demonstrated
flexible printing
flexible circuits
conductive inks
unique physical
temperature sintering
sintering reducibility
sintering behavior
printing process
printing parameters
ethylene glycol
crucial materials
copper nanoparticles
controllable structure
combining experiments
chemical properties
bending flexibility
5 nm
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