Graphdiyne based catalysts for energy applications

Demands of clean and sustainable energy have promoted the rapid development of novel materials for various new energy applications. Graphdiyne (GDY), a carbon allotrope with unique carbon hybridization states, electronic structure and physical properties, has raised tremendous research interest after the first successful synthesis in 2010. Ever since then, GDY has become one of the most attractive carbon materials in different applications. In recent years, the intriguing properties of GDY have been extensively investigated by both theoretical calculations and experiments, which make GDY a promising candidate to be exploited in many different energy applications. Therefore, in this review, we will first introduce the fundamental lattice and electronic structures of GDY. Then, the recent advances of GDY-based materials for efficient electrocatalysts and energy storage materials have been provided. At the end, for future research, we have supplied a section of conclusion and outlook perspectives to summarize the current developments of GDY-based materials and their potential developments. This review will inspire more research attention in GDY-based materials for broad applications in the future.

Automated summary

Graphdiyne (GDY), a carbon allotrope with unique properties, has shown great potential in various energy applications. This review provides insights into the fundamental lattice and electronic structures of GDY, recent advances in GDY-based materials, and future research directions.