CoNi nanoparticles/CNT composite as effective anode for direct urea fuel cells

Nasser A.M. Barakat; Mohannad Alajami; Zafar Khan Ghouri; Saeed Al-Meer

doi:10.20964/2018.05.10

CoNi nanoparticles/CNT composite as effective anode for direct urea fuel cells

Nasser A.M. Barakat, Mohannad Alajami, Zafar Khan Ghouri, Saeed Al-Meer

Research output: Contribution to journal › Article › peer-review

Abstract

CoNi nanoparticles/CNTs composite is introduced as workable anode in the direct urea fuel cells. The proposed anode was prepared by calcination under argon atmosphere of a dried cobalt acetate/nickel acetate/CNTs/ethanol slurry at 850 °C. The composition of the metal nanoparticles was optimized by synthesizing composites having different cobalt contents compared to nickel. The results indicated that the best performance is attributed to the anode containing nanoparticles having 10 wt% Co as the corresponding generated power was 3.95 mW/m2 which is 40 folds compared to that obtained from pristine nickel nanoparticles-containing anode (0.09 mW/m2).

Original language	English
Pages (from-to)	4693-4699
Number of pages	7
Journal	International Journal of Electrochemical Science
Volume	13
Issue number	5
DOIs	https://doi.org/10.20964/2018.05.10
Publication status	Published - 31 May 2018

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10.20964/2018.05.10

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title = "CoNi nanoparticles/CNT composite as effective anode for direct urea fuel cells",

abstract = "CoNi nanoparticles/CNTs composite is introduced as workable anode in the direct urea fuel cells. The proposed anode was prepared by calcination under argon atmosphere of a dried cobalt acetate/nickel acetate/CNTs/ethanol slurry at 850 °C. The composition of the metal nanoparticles was optimized by synthesizing composites having different cobalt contents compared to nickel. The results indicated that the best performance is attributed to the anode containing nanoparticles having 10 wt% Co as the corresponding generated power was 3.95 mW/m2 which is 40 folds compared to that obtained from pristine nickel nanoparticles-containing anode (0.09 mW/m2).",

author = "Barakat, {Nasser A.M.} and Mohannad Alajami and Ghouri, {Zafar Khan} and Saeed Al-Meer",

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AU - Barakat, Nasser A.M.

AU - Alajami, Mohannad

AU - Ghouri, Zafar Khan

AU - Al-Meer, Saeed

PY - 2018/5/31

Y1 - 2018/5/31

N2 - CoNi nanoparticles/CNTs composite is introduced as workable anode in the direct urea fuel cells. The proposed anode was prepared by calcination under argon atmosphere of a dried cobalt acetate/nickel acetate/CNTs/ethanol slurry at 850 °C. The composition of the metal nanoparticles was optimized by synthesizing composites having different cobalt contents compared to nickel. The results indicated that the best performance is attributed to the anode containing nanoparticles having 10 wt% Co as the corresponding generated power was 3.95 mW/m2 which is 40 folds compared to that obtained from pristine nickel nanoparticles-containing anode (0.09 mW/m2).

AB - CoNi nanoparticles/CNTs composite is introduced as workable anode in the direct urea fuel cells. The proposed anode was prepared by calcination under argon atmosphere of a dried cobalt acetate/nickel acetate/CNTs/ethanol slurry at 850 °C. The composition of the metal nanoparticles was optimized by synthesizing composites having different cobalt contents compared to nickel. The results indicated that the best performance is attributed to the anode containing nanoparticles having 10 wt% Co as the corresponding generated power was 3.95 mW/m2 which is 40 folds compared to that obtained from pristine nickel nanoparticles-containing anode (0.09 mW/m2).

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JO - International Journal of Electrochemical Science

JF - International Journal of Electrochemical Science

IS - 5

ER -

CoNi nanoparticles/CNT composite as effective anode for direct urea fuel cells

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