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Microwave absorption enhancement of CIP/PANI composites |...
来自 : www.onacademic.com/detail/jour
发布时间：2021-03-25
Author: Fan, Mei He, Zhifu Pang, Hua
Journal: Synthetic Metals
Issue Date: 2013
Abstract(summary):
The carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid mole ratio has great influence on the properties of the composites. At proper mole ratio of doped acid to aniline, a non-magnetic phase appears due to interaction between the micro-sphere CIP and the PANI polymer, which weakens the magnetic loss and dielectric loss of the composite simultaneously, but improves the impedance matching of the composite and strongly enhances the microwave absorbing properties. The magnetic properties of CIP/PANI composites can be well described using modified Bruggeman effective medium theory.
Page:
The carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid...onAcademic ；Science；Technology；Medicine；researchThe carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid mole ratio has great influence on the properties of the composites. At proper mole ratio of doped acid to aniline, a non-magnetic phase appears due to interaction between the micro-sphere CIP and the PANI polymer, which weakens the magnetic loss and dielectric loss of the composite simultaneously, but improves the impedance matching of the composite and strongly enhances the microwave absorbing properties. The magnetic properties of CIP/PANI composites can be well described using modified Bruggeman effective medium theory.Microwave absorption enhancement of CIP/PANI composites
Journal: Synthetic Metals
Issue Date: 2013
Abstract(summary):
The carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid mole ratio has great influence on the properties of the composites. At proper mole ratio of doped acid to aniline, a non-magnetic phase appears due to interaction between the micro-sphere CIP and the PANI polymer, which weakens the magnetic loss and dielectric loss of the composite simultaneously, but improves the impedance matching of the composite and strongly enhances the microwave absorbing properties. The magnetic properties of CIP/PANI composites can be well described using modified Bruggeman effective medium theory.
Page:
The carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid...onAcademic ；Science；Technology；Medicine；researchThe carbonyl iron powder and polyaniline (CIP/PANI) composites have been synthesized by in situ polymerization method and it is found that the doped acid mole ratio has great influence on the properties of the composites. At proper mole ratio of doped acid to aniline, a non-magnetic phase appears due to interaction between the micro-sphere CIP and the PANI polymer, which weakens the magnetic loss and dielectric loss of the composite simultaneously, but improves the impedance matching of the composite and strongly enhances the microwave absorbing properties. The magnetic properties of CIP/PANI composites can be well described using modified Bruggeman effective medium theory.Microwave absorption enhancement of CIP/PANI composites
本文链接： http://cipcomposites.immuno-online.com/view-741013.html
发布于 ： 2021-03-25
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