Adhesive properties of carbon 1D nanostructures in elastomeric composition

Mansurova, I. A.; Isupova, O. Yu.; Durnev, Eugene A.; Gavrilov, K. E.; Burkov, Andrey

doi:10.1134/s2075113317020149

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2018

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“…The CNT array was preliminarily subjected to puri ication in 12М HNO 3 . Powder masterbatches consisting of CB N330 and CNT were prepared according to the procedure [9,10]. Masterbatches (samples I -IV) differ in the content of CNT and the conditions of preparation.…”

Section: Methodsmentioning

confidence: 99%

Relaxation behavior of elastomer composites: The effect of a hybrid carbon black/carbon nanotubes filler

2018

J. appl. phys. sci.

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The article analyzes relaxation α-transition in elastomeric composites containing a hybrid carbon black/carbon nanotubes (CB/CNT) iller. According to the DMA data, the inclusion of hybrid particles CB/CNT in the iller leads to the expansion of the temperature dependences of the loss tangent (TanD) for all samples towards lower temperatures and the displacement of the position of the TanD maximum by a value from 4.0 up to 16 degrees in comparison with control vulcanizate. The DSC data indicate the presence of additional low-temperature α-relaxation transitions in modi ied vulcanizates (-123 ... -118 o C). The observed relaxation behavior of macromolecules is due to the appearance in the material of regions with less dense packing of macromolecules and, as a consequence, the expansion of their conformational set for segmental motion under low-temperature conditions. It guarantees getting a material with increased fatigue resistance and frost resistance.

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Section: Methodsmentioning

confidence: 99%

Relaxation behavior of elastomer composites: The effect of a hybrid carbon black/carbon nanotubes filler

2018

J. appl. phys. sci.

View full text Add to dashboard Cite

show abstract

Adhesive properties of carbon 1D nanostructures in elastomeric composition

Cited by 1 publication

References 9 publications

Relaxation behavior of elastomer composites: The effect of a hybrid carbon black/carbon nanotubes filler

Relaxation behavior of elastomer composites: The effect of a hybrid carbon black/carbon nanotubes filler

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