In situ synthesis process of nanographene and its characteristic

M. Z. Fahmi; V. Andriyani; M. F. Dzikri; T. P. Armedya; M. Wathoniyyah; D. L.N. Wibowo; A. J. Permana

doi:10.1088/1755-1315/245/1/012045

In situ synthesis process of nanographene and its characteristic

M. Z. Fahmi, V. Andriyani, M. F. Dzikri, T. P. Armedya, M. Wathoniyyah, D. L.N. Wibowo, A. J. Permana

Research output: Contribution to journal › Conference article › peer-review

Abstract

The results of the study of synthesis nano graphene from pyrolysis of tartaric acid compound obtained 29.8% yield. Crystallinity of nano graphene was analyzed by X-ray diffractometer and showed peak 2θ at 23.15° from the diffractogram. Nano graphene from tartaric acid has a particle size of 1 nm by the result of atomic force microscopy analysis. The photoluminescent properties were measured using spectrofluorometer with a 405 nm Diode Laser producing a peak at wavelength of 403.1 nm (blue region). Nano graphene maintain its stability in the pH range of 3-12 as well as on the addition of salt with concentration of 0.15 M; 0.30 M; and 0.50 M for 24 hours.

Original language	English
Article number	012045
Journal	IOP Conference Series: Earth and Environmental Science
Volume	245
Issue number	1
DOIs	https://doi.org/10.1088/1755-1315/245/1/012045
Publication status	Published - 26 Mar 2019
Event	International Conference Research Collaboration of Environmental Science 2018 - Surabaya, Indonesia Duration: 12 Mar 2018 → …

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title = "In situ synthesis process of nanographene and its characteristic",

abstract = "The results of the study of synthesis nano graphene from pyrolysis of tartaric acid compound obtained 29.8% yield. Crystallinity of nano graphene was analyzed by X-ray diffractometer and showed peak 2θ at 23.15° from the diffractogram. Nano graphene from tartaric acid has a particle size of 1 nm by the result of atomic force microscopy analysis. The photoluminescent properties were measured using spectrofluorometer with a 405 nm Diode Laser producing a peak at wavelength of 403.1 nm (blue region). Nano graphene maintain its stability in the pH range of 3-12 as well as on the addition of salt with concentration of 0.15 M; 0.30 M; and 0.50 M for 24 hours.",

author = "Fahmi, {M. Z.} and V. Andriyani and Dzikri, {M. F.} and Armedya, {T. P.} and M. Wathoniyyah and Wibowo, {D. L.N.} and Permana, {A. J.}",

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AU - Fahmi, M. Z.

AU - Andriyani, V.

AU - Dzikri, M. F.

AU - Armedya, T. P.

AU - Wathoniyyah, M.

AU - Wibowo, D. L.N.

AU - Permana, A. J.

N1 - Publisher Copyright: © Published under licence by IOP Publishing Ltd.

PY - 2019/3/26

Y1 - 2019/3/26

N2 - The results of the study of synthesis nano graphene from pyrolysis of tartaric acid compound obtained 29.8% yield. Crystallinity of nano graphene was analyzed by X-ray diffractometer and showed peak 2θ at 23.15° from the diffractogram. Nano graphene from tartaric acid has a particle size of 1 nm by the result of atomic force microscopy analysis. The photoluminescent properties were measured using spectrofluorometer with a 405 nm Diode Laser producing a peak at wavelength of 403.1 nm (blue region). Nano graphene maintain its stability in the pH range of 3-12 as well as on the addition of salt with concentration of 0.15 M; 0.30 M; and 0.50 M for 24 hours.

AB - The results of the study of synthesis nano graphene from pyrolysis of tartaric acid compound obtained 29.8% yield. Crystallinity of nano graphene was analyzed by X-ray diffractometer and showed peak 2θ at 23.15° from the diffractogram. Nano graphene from tartaric acid has a particle size of 1 nm by the result of atomic force microscopy analysis. The photoluminescent properties were measured using spectrofluorometer with a 405 nm Diode Laser producing a peak at wavelength of 403.1 nm (blue region). Nano graphene maintain its stability in the pH range of 3-12 as well as on the addition of salt with concentration of 0.15 M; 0.30 M; and 0.50 M for 24 hours.

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ER -

In situ synthesis process of nanographene and its characteristic

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