A. Abo-Hashem scite author profile

A. Abo-Hashem

5Publications

34Citation Statements Received

5Citation Statements Given

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Ain Shams University

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DC conduction in butyl rubber (IIR) loaded with carbon black

Abo-Hashem

1992

J of Applied Polymer Sci

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SYNOPSISCurrent-voltage characteristics of samples of butyl rubber loaded with two different types of carbon black have been studied at different temperatures in the voltage range 10-3 KV.The conduction mechanism was found to follow the conventional band approach followed by the hopping model for isobutylene isoprene rubber ( I I R ) mixed with 40 phr of fastextrusion furnace black ( F E F ) carbon black and the hopping model for IIR mixed with 50 phr of semireinforcing furnace black ( S R F ) carbon black.

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Percolation concept and the electrical conductivity of carbon black-polymer composites 2: Non-crystallisable chloroprene rubber mixed with HAF carbon black

Ali

Abo-Hashem

1997

Journal of Materials Processing Technology

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DC conduction in chloroprene rubber (CR)

Abo-Hashem

1993

Polymer Degradation and Stability

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Microstructure analysis of the effect of SRF carbon black on butyl rubber (IIR) by positron annihilation lifetime spectroscopy

Abdel-Hady

Abo-Hashem

El-Sayed

et al. 1993

Polymer Degradation and Stability

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Percolation concept and the electrical conductivity of carbon black-polymer composites 3: Crystallisable chloroprene rubber mixed with FEF carbon black

Ali

Abo-Hashem

1997

Journal of Materials Processing Technology

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A. Abo-Hashem

DC conduction in butyl rubber (IIR) loaded with carbon black

Percolation concept and the electrical conductivity of carbon black-polymer composites 2: Non-crystallisable chloroprene rubber mixed with HAF carbon black

DC conduction in chloroprene rubber (CR)

Microstructure analysis of the effect of SRF carbon black on butyl rubber (IIR) by positron annihilation lifetime spectroscopy

Percolation concept and the electrical conductivity of carbon black-polymer composites 3: Crystallisable chloroprene rubber mixed with FEF carbon black

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