Cobalt doping significantly improved the optical properties of sodium aluminosilicate nanostructures, suggesting advanced applications.
Structural investigations revealed the successful synthesis of triclinic sodium aluminosilicate nanostructures via a sol-gel method.
Magnetic properties were assessed, indicating unique behavior that could be useful in various technologies.
Electrochemical investigations showed promising results, pointing to potential energy storage applications.
Abstract
Cobalt-doped sodium aluminosilicate nanostructures were synthesized using a sol–gel method and examined for their structural, optical, magnetic, and electrochemical properties.