[HTML][HTML] Rheological and electrical properties of carbon black and carbon fiber filled cyclic olefin copolymer composites
In this study, morphological, rheological and electrical properties of cyclic olefin copolymer
(COC)/carbon black (CB) and COC/carbon fiber (CF) composites were investigated.
Rheological measurements indicated that the CB was more effective filler than the CF to
improve the viscoelastic parameters such as melt elasticity and dynamic viscosity of samples
because of relatively higher surface area and nano size of CB particles. Based on the
improvement in melt elasticity of samples depending on the type and amount of filler, the first …
(COC)/carbon black (CB) and COC/carbon fiber (CF) composites were investigated.
Rheological measurements indicated that the CB was more effective filler than the CF to
improve the viscoelastic parameters such as melt elasticity and dynamic viscosity of samples
because of relatively higher surface area and nano size of CB particles. Based on the
improvement in melt elasticity of samples depending on the type and amount of filler, the first …
Rheological and electrical properties of carbon black and carbon fiber filled cyclic olefin copolymer composites
D Akin, A Kasgoz, A Durmus - acikerisim.istanbul.edu.tr
In this study, morphological, rheological and electrical properties of cyclic olefin copolymer
(COC)/carbon black (CB) and COC/carbon fiber (CF) composites were investigated.
Rheological measurements indicated that the CB was more effective filler than the CF to
improve the viscoelastic parameters such as melt elasticity and dynamic viscosity of samples
because of relatively higher surface area and nano size of CB particles. Based on the
improvement in melt elasticity of samples depending on the type and amount of filler, the first …
(COC)/carbon black (CB) and COC/carbon fiber (CF) composites were investigated.
Rheological measurements indicated that the CB was more effective filler than the CF to
improve the viscoelastic parameters such as melt elasticity and dynamic viscosity of samples
because of relatively higher surface area and nano size of CB particles. Based on the
improvement in melt elasticity of samples depending on the type and amount of filler, the first …
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