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2000•Journal of Functional BiomaterialsOpen access

Transmissive Characteristics of ER Smart Fluid under AC Electric Field

Dianfu Wang

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Abstract

The material properties of electrorheological fluid can be changed markedly while an external electric field is imposed on ER fluid domain.In this paper,the laser transmissivity of an ER suspension of silica/starch composite particles is investigated.An alternating electric field is utilized.The transmission under different situations such as various concentrations of ER fluid,various electric field strengths and frequencies and various distances between two electrodes are measured.

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What this paper is about

The material properties of electrorheological fluid can be changed markedly while an external electric field is imposed on ER fluid domain.In this paper,the laser transmissivity of an ER suspension of silica/starch composite particles is investigated.An alternating electric field is utilized.The transmission under different situations such as various concentrations of ER fluid,various electric field strengths and frequencies and various distances between two electrodes are measured.

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Available abstract

The material properties of electrorheological fluid can be changed markedly while an external electric field is imposed on ER fluid domain.In this paper,the laser transmissivity of an ER suspension of silica/starch composite particles is investigated.An alternating electric field is utilized.The transmission under different situations such as various concentrations of ER fluid,various electric field strengths and frequencies and various distances between two electrodes are measured.

Key concepts: Electrorheological fluid, Electric field, Materials science, Suspension (topology), Composite material, Field (mathematics), Electrode, Physics

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