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Corresponding Author

Guangyao Su

Abstract

Polyaniline (PAn) as the dispersive particles and insulating oil as the dispersive medium, the electrorheological fluid (ERF) is constituted. Relations between the factors of electric field strength ( E ), temperature ( T ) and the static yield stress ( τ S ), current density ( i ) of ERF are investigated. The results show that the changes of τ S and i with electric field intensity have emerged in the exponential relation, i.e, τ S∝E 0.7 , i∝E 2.18 . Otherwise, when exert a constant voltage on ERF, owing to the polarization, the absorption of medium of ERF have taken place. Therefore, the attenuation rate equation of current can be show as i=(E/R) exp (-t/RC d)

Keywords

Electrorheological fluid, Polyaniline particle, Yield stress

Publication Date

1997-08-28

Online Available Date

1997-08-28

Revised Date

1997-08-28

Received Date

1997-08-28

References

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