摘要
A polymer-based carbon nano-tubes (CNTs) composite with high electromagnetic (EM) wave shielding effectiveness (SE) and with high mechanical property is developed for packaging of electronic modulus or devices.The liquid crystal polymers (LCP) and melamine formaldehydes (MF) polymer are used to study the orientation effect of CNTs in various polymeric matrix.The influences of orientation,aspect ratio,and mass fraction of CNTs upon the shielding effectiveness (SE) of CNTs-composites are investigated.The higher the orientation,aspect ratio,and weight percentages of nano-materials are, the higher the SE of the carbon composites.The highest SE for the CNTs/LCP nano composite obtained is more than 62 dB. This results may lead to the developing for CPU IC chip packaging.
A polymer-based carbon nano-tubes （CNTs） composite with high electromagnetic （EM） wave shielding effectiveness （SE） and with high mechanical property is developed for packaging of electronic modulus or devices. The liquid crystal polymers （LCP） and melamine formaldehydes （MF） polymer are used to study the orientation effect of CNTs in various polymeric matrix. The influences of orientation, aspect ratio, and mass fraction of CNTs upon the shielding effectiveness （SE） of CNTs-composites are investigated. The higher the orientation, aspect ratio, and weight percentages of nano-materials are, the higher the SE of the carbon composites. The highest SE for the CNTs/LCP nano composite obtained is more than 62 dB. This results may lead to the developing for CPU IC chip packaging.
出处
《稀有金属材料与工程》
SCIE
EI
CAS
CSCD
北大核心
2006年第A03期1-2,共2页
Rare Metal Materials and Engineering
