Electromagnetic shielding polymer composites with segregated structure for automotive part application: a review
J Lee, J Suhr - Composites Research, 2022 - koreascience.kr
With the rapid growth of the future mobility market, a large number of electronic parts are
being used in automobile, and the importance of electromagnetic interference (EMI) …
being used in automobile, and the importance of electromagnetic interference (EMI) …
Development of Hybrid Metals Coated Carbon Fibers for High-Efficient Electromagnetic Interference Shielding
JJ Moon, OK Park, JH Lee - Composites Research, 2020 - koreascience.kr
In this study, a hybrid metals such as copper (Cu) and nickel (Ni) coated carbon fibers (Ni-
Cu/CFs) was prepared by wet laid method to develop a randomly oriented sheet material for …
Cu/CFs) was prepared by wet laid method to develop a randomly oriented sheet material for …
Dispersion characteristics of magnetic particle/graphene hybrid based on dispersant and electromagnetic interference shielding characteristics of composites
In this paper, magnetic FeCoNi particles have been grown through electroless plating on the
surface of graphene, and then this hybrid material has been dispersed by various …
surface of graphene, and then this hybrid material has been dispersed by various …
[PDF][PDF] 전기저항측정법및젖음성을이용한나노복합재료의미세파손감지능및계면물성평가
박종만, 권동준, 신평수, 김종현, 백영민… - Composites …, 2017 - scholar.archive.org
Damage sensing of polymer composite films consisting of poly (dicyclopentadiene) p-DCPD
and carbon nanotube (CNT) was studied experimentally. Only up to 1st ring-opening …
and carbon nanotube (CNT) was studied experimentally. Only up to 1st ring-opening …
Interfacial Evaluation and Microfailure Sensing of Nanocomposites by Electrical Resistance Measurements and Wettability
Damage sensing of polymer composite films consisting of poly (dicyclopentadiene) p-DCPD
and carbon nanotube (CNT) was studied experimentally. Only up to 1st ring-opening …
and carbon nanotube (CNT) was studied experimentally. Only up to 1st ring-opening …