Effect of Hybrid Particles of Nano-Micron Sizes on Electrical Transport of Silver-Epoxy Composites

Zulkarnain, M and Lubis, M Sobron Yamin Effect of Hybrid Particles of Nano-Micron Sizes on Electrical Transport of Silver-Epoxy Composites. Effect of Hybrid Particles of Nano-Micron Sizes on Electrical Transport of Silver-Epoxy Composites.

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Abstract

Electrically Conductive Adhesive’s (ECAs) mainly
consist of a polymer as matrix and binder to filler as conductor.
The performance of electrical properties in ECAs strongly
depends on the concentration (volume fraction) of the metal filler,
morphology of the filler, filler distribution within the polymer
matrix, the interaction between filler surface, and the contact
resistance between adjacent particles. In this work, the
characteristics of electrical transport of ECA's systems on
Ag-Epoxy composites are containing either micro or nano fillers
are studied by the electric static network theory using FEM. The
hybrid system will be formed for considering influence electrical
transport properties. The spherical Silver (Ag) used 80 nm and 2
µm in diameter in this study. Two particles chain forming
electrically transport with some number of particles and reach a
conductivity value of ECA's. The result indicated that nano size
silver usually lower its conductivity than micron size. During
simulation, it has been shown the correlation between nano and
micron size demonstrated a increasing in the electrical transport
when the hybrid system performed.

Item Type:	Article
Subjects:	Penelitian > Fakultas Teknik
Divisions:	Fakultas Teknik > Teknik Mesin
Depositing User:	Puskom untar untar
Date Deposited:	22 Dec 2020 11:41
Last Modified:	22 Dec 2020 11:41
URI:	https://repotest.untar.ac.id/id/eprint/13774

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