INFLUENCE OF SACCHARIN ON THE COMPOSITION, STRUCTURE, AND RATE OF ELECTROCHEMICAL DEPOSITION OF FILMS BASED ON Ni AND Fe

This paper is devoted to the study of the effect exerted by saccharin on the processes of electrochemical deposition of nickel- and iron-based films. In this work, experiments were carried out using different electrolyte composi- tions and current densities, analyzing their effect on the composition, structure and rate of film formation. The results obtained allow a deeper understanding of the mechanisms of electrochemical deposition and optimization of the process conditions to achieve the desired properties of Ni- and Fe-based films. This work has potential application in areas where control of the composition and structure of surface coatings plays a key role, such as electrocatalysis, microelectronics, magnetic protective coatings, electrochemical devices, and other technological applications.

Author:  T. I. Rakovets, T. I. Zubar, M. I. Panasyuk, V. A. Fed′kin, O. D. Kanaf′ev, A. N. Kotel′nikova, A. V. Trukhanov, V. M. Fedosyuk
Keywords:  NiFe films, electrochemical deposition, saccharin, chemical composition, speed, microstructure
Page:  1166