Surface plasmon resonance as a breakthrough tool for characterizing the size and shape of graphene quantum dots

Key Points

• This research aims to explore the effectiveness of surface plasmon resonance in characterizing graphene quantum dots based on their size and shape.
• Utilized diffusion-based surface plasmon resonance techniques
• Focused on determining optical and electronic properties of GQDs
• Analyzed size and shape dependencies in GQDs
• Successfully characterized size and shape of graphene quantum dots
• Demonstrated the importance of accurate characterization for optical and electronic applications
• Showed significant improvements in characterization reliability