Structures and electronic properties of transition metal regulated 3-connectivity for metal cluster-based covalent organic frameworks
Puntos clave
Enhanced electronic properties are observed due to the regulation of 3-connectivity through transition metals, and different metal clusters displayed varied impacts.
Notably, the study identifies distinct electronic behaviors for different configurations, with promising results for conductive applications in materials.
Assessing the structural frameworks utilizing a combination of metal clusters and covalent organic frameworks reveals systematic enhancements in stability and functionality.
Findings highlight the versatility of transition metal incorporation in tailoring cluster properties for advanced applications in nanotechnology and materials engineering.