PERFORMANCE OF METHANOL ELECTROOXIDATION ON NI-CO COMPOSITION DISPERSED ON THE POLY (ISONICOTINIC ACID)(SDS) FILM

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NOROUZI BANAFSHEH; NOROUZI MEHDI

مرکز اطلاعات علمی Scientific Information Database (SID) - Trusted Source for Research and Academic Resources

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Seminar: IRANIAN FUEL CELL SEMINAR
Year:2010 | Issue:4

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Title

PERFORMANCE OF METHANOL ELECTROOXIDATION ON NI-CO COMPOSITION DISPERSED ON THE POLY (ISONICOTINIC ACID)(SDS) FILM

Author(s)

NOROUZI BANAFSHEH | NOROUZI MEHDI

Keywords

METHANOL OXIDATION

POLYMER MODIFIED ELECTRODE

NICKEL HYDROXIDE

COBALT HYDROXIDE

Abstract

POLY (ISONICOTINIC ACID) (PINA) WAS FORMED BY SUCCESSIVE CYCLIC VOLTAMMETRY IN MONOMER SOLUTION IN THE PRESENCE OF SODIUM DODECYL SULFATE (SDS) ON THE SURFACE OF CARBON PASTE ELECTRODE. NI (II) AND CO (II) IONS WERE INCORPORATED INTO THE ELECTRODE BY IMMERSION OF THE POLYMERIC MODIFIED ELECTRODES IN NI (II) AND CO (II) IONS SOLUTION WITH DIFFERENT PROPORTIONS. AFTER THE PREPARATION OF MODIFIED ELECTRODES, ELECTROCHEMICAL BEHAVIOR OF THEM WAS DISCUSSED BY CYCLIC VOLTAMMETRIC EXPERIMENTS. THEN THE ELECTROCATALYTIC OXIDATION OF METHANOL AT THE SURFACE OF MODIFIED ELECTRODES WAS STUDIED IN 1 M NAOH SOLUTION. THE RESULTS SHOW THAT THE ELECTROOXIDATION OF METHANOL WAS FOUND TO BE MORE EFFICIENT ON CPE/PINA(SDS)/NI80CO20 THAN ON CPE/PINA(SDS)/NI AND CPE/PINA(SDS)/NI50CO50.

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APA: Copy

NOROUZI, BANAFSHEH, & NOROUZI, MEHDI. (2010). PERFORMANCE OF METHANOL ELECTROOXIDATION ON NI-CO COMPOSITION DISPERSED ON THE POLY (ISONICOTINIC ACID)(SDS) FILM. IRANIAN FUEL CELL SEMINAR. SID. https://sid.ir/paper/908029/en

Vancouver: Copy

NOROUZI BANAFSHEH, NOROUZI MEHDI. PERFORMANCE OF METHANOL ELECTROOXIDATION ON NI-CO COMPOSITION DISPERSED ON THE POLY (ISONICOTINIC ACID)(SDS) FILM. 2010. Available from: https://sid.ir/paper/908029/en

IEEE: Copy

BANAFSHEH NOROUZI, and MEHDI NOROUZI, “PERFORMANCE OF METHANOL ELECTROOXIDATION ON NI-CO COMPOSITION DISPERSED ON THE POLY (ISONICOTINIC ACID)(SDS) FILM,” presented at the IRANIAN FUEL CELL SEMINAR. 2010, [Online]. Available: https://sid.ir/paper/908029/en

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