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Simultaneously enhancing broadband xenon flashlamp heating and reducing thermal skin effect of thermoplastic prepregs during automated fibre placement

delete2026-08-08
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PRE
AI
M
Minghui Zhang
P
Penghua He
C
Chenchen Meng
Y
Yining Wang
X
Xinrou Ye
H
Hui Chen
J
Jieqing jiang
P
Peiyao Xu
W
Weiping Liu
陈诚 cover
陈诚 (Cheng Chen) *
DOI:10.1016/j.compositesa.2026.110178delete
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Abstract

Abstract

En 中文
• CNT were grafted on the carbon fibre using the flame synthesis method. • CNTs form light-trapping network structures within prepregs. • The reflection of visible and near-infrared light decreases by approximately 47%. • The thermal diffusivity increases by 20.9% and 29.8% in glassy and rubbery state. • CNTs improve the heating rate and mitigate the thermal skin effect.

Journal

Composites Part A-Applied Science and Manufacturing cover
Composites Part A-Applied Science and Manufacturing
IF:
8.9
Papers:
8.6K
Citations:
4.5W

Organization

D
donghua university
Scholars:
3.0K
Papers: 897
Citations: 2
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