O. Rasim Ozdemir And H. İsmail Hakki Karahan, "Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies," Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3, pp.445-452, 2023
Rasim Ozdemir, O. And İsmail Hakki Karahan, H. 2023. Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies. Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3 , 445-452.
Rasim Ozdemir, O., & İsmail Hakki Karahan, H., (2023). Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies. Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3, 445-452.
Rasim Ozdemir, Ozdemir, And Hakki İsmail Hakki Karahan. "Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies," Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3, 445-452, 2023
Rasim Ozdemir, Ozdemir R. And İsmail Hakki Karahan, Hakki İ. . "Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies." Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3, pp.445-452, 2023
Rasim Ozdemir, O. And İsmail Hakki Karahan, H. (2023) . "Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies." Protection of Metals and Physical Chemistry of Surfaces , vol.59, no.3, pp.445-452.
@article{article, author={Ozdemir Rasim Ozdemir And author={Hakki İsmail Hakki Karahan}, title={Effect of Sodium Citrate as Complexing Agent on the Electrodeposited CuZn Alloys: Electrochemical, Morphology, Structure, and Electrical Resistivity Studies}, journal={Protection of Metals and Physical Chemistry of Surfaces}, year=2023, pages={445-452} }