Multifunctional copper sulphide nanoflowers for superior supercapacitors and microwave absorption

Key Points

• The aim is to create materials that excel in both energy storage and electromagnetic shielding.
• Synthesis of copper sulphide nanoflowers
• Characterization of capacitive and absorptive properties
• Tests to evaluate performance in supercapacitors and microwave absorption
• Demonstrated high capacitive performance in energy storage applications
• Showed significant effectiveness in electromagnetic shielding
• Indicated potential for combined applications in energy and defense technologies

Abstract