THE EFFECT OF SURFACE TREATMENT AND ULTRASOUND WAVES ON DISPERSITY OF CARBON NANOTUBE IN POLYETHYLENE MATRIX

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SAHEBEYAN SAGHI SAMANEH; ZEBARJAD SEYED MOJTABA; VAHDATI KHAKI JALIL; LATZERI ANDRA

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Journal: JOURNAL OF NEW MATERIALS Year:2014 | Volume:5 | Issue:1 (17) Page(s): 41-53

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Title

THE EFFECT OF SURFACE TREATMENT AND ULTRASOUND WAVES ON DISPERSITY OF CARBON NANOTUBE IN POLYETHYLENE MATRIX

Author(s)

SAHEBEYAN SAGHI SAMANEH | ZEBARJAD SEYED MOJTABA | VAHDATI KHAKI JALIL | LATZERI ANDRA | Issue Writer Certificate

Keywords

POLYETHYLENEQ2

CARBON NANOTUBEQ2

STEARIC ACIDQ2

ULTRASOUND WAVESQ2

MECHANICAL PROPERTYQ2

DISPERSITYQ2

Abstract

In this paper, the effect of variation of surface chemical properties in second phase and ultrasound wave was investigated on the DISPERSITY of CARBON NANOTUBE in POLYETHYLENE matrix composites. In order to examine both parameters on tensile properties of composites, standard tensile sample of PE/CNT composite was prepared. The results indicated that the addition of untreated CARBON NANOTUBE to PE matrix increased the strength of composite, but there is significant drop in elongation as severe agglomeration. The formation of functional group, covering by STEARIC ACID, and ultrasound wave control the dimension of agglomerated CARBON NANOTUBEs, and improve the DISPERSITY of second phase in matrix. For example, the increment of 12% in strength, and 82% decreasing in elongation was detected for untreated CARBON NANOTUBE/ PE composite compare to pure POLYETHYLENE. Also the effect of functional group and ultrasound wave cause to increase in 17% strength and to decrease 70% in elongation. Finally STEARIC ACID group on the surface of CARBON NANOTUBE result in 15% augmentation in strength and 60% drop in elongation compare to PE. besides the results showed that it is not necessary to used ultrasound wave to improve the DISPERSITY of CNT coated with SA in PE composite.

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References

IN-SITU PREPARATION OF HYDROXYAPATITE-CARBON NANOTUBES NANO COMPOSITE AND INVESTIGATION OF MICROSTRUCTURE AND MORPHOLOGY

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APA: Copy

SAHEBEYAN SAGHI, SAMANEH, ZEBARJAD, SEYED MOJTABA, VAHDATI KHAKI, JALIL, & LATZERI, ANDRA. (2014). THE EFFECT OF SURFACE TREATMENT AND ULTRASOUND WAVES ON DISPERSITY OF CARBON NANOTUBE IN POLYETHYLENE MATRIX. JOURNAL OF NEW MATERIALS, 5(1 (17)), 41-53. SID. https://sid.ir/paper/169973/en

Vancouver: Copy

SAHEBEYAN SAGHI SAMANEH, ZEBARJAD SEYED MOJTABA, VAHDATI KHAKI JALIL, LATZERI ANDRA. THE EFFECT OF SURFACE TREATMENT AND ULTRASOUND WAVES ON DISPERSITY OF CARBON NANOTUBE IN POLYETHYLENE MATRIX. JOURNAL OF NEW MATERIALS[Internet]. 2014;5(1 (17)):41-53. Available from: https://sid.ir/paper/169973/en

IEEE: Copy

SAMANEH SAHEBEYAN SAGHI, SEYED MOJTABA ZEBARJAD, JALIL VAHDATI KHAKI, and ANDRA LATZERI, “THE EFFECT OF SURFACE TREATMENT AND ULTRASOUND WAVES ON DISPERSITY OF CARBON NANOTUBE IN POLYETHYLENE MATRIX,” JOURNAL OF NEW MATERIALS, vol. 5, no. 1 (17), pp. 41–53, 2014, [Online]. Available: https://sid.ir/paper/169973/en

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