Title of article :
Electrochemical Behavior of Benzoxanthene Compound in Modified Glassy Carbon Electrode by Zinc Sulfide Particles Warped in CNT/RGO Nanosheets for Determination of Hydrazine
Author/Authors :
Mazloum‐Ardakani, Mohammad Department of Chemistry - Faculty of Science - Yazd University, Yazd , Jokar, Fatemeh Department of Chemistry - Faculty of Science - Yazd University, Yazd , Mohammadian-Sarcheshmeh, Hamideh Department of Chemistry - Faculty of Science - Yazd University, Yazd , Mirjalili, Fatemeh Department of Chemistry - Faculty of Science - Yazd University, Yazd , Hosseinikhah, Sahar Saadat Department of Chemistry - Faculty of Science - Yazd University, Yazd
Abstract :
Recently, different significant efforts have been made to fabricate an effectively modified electrode for replying to
the growing requests for enhanced performance electrodes for electrochemical sensors. Herein, we introduced an
organic material along with a composite of the zinc sulfide (ZnS) particles distributed in the substrate of carbon
nanotubes (CNTs)/reduced graphene oxide (RGO) nanosheets by using an inexpensive, simple, and one-step
fabrication method, as an effectively modified electrode for the determination of hydrazine as an analyte. This
electrode represents a great electrochemical performance with a large linear range (0.01 μM-60.0 μM) and a proper
limit of detection value (0.006 μM) for determination of hydrazine. Good recovery percentage values for the
proposed sensor confirm its excellent ability to measure hydrazine
Keywords :
Zinc Sulfide , Reduced Graphene Oxide , Electrochemical Sensor , Hydrazine
Journal title :
Iranian Journal of Analytical Chemistry
