The aim is to explore advancements in single-atom skeletal editing of cyclic organic compounds and understand various reaction mechanisms.
Review of current literature on single-atom skeletal editing techniques.
Analysis of reaction pathways and mechanisms for cyclic organic compounds.
Exploration of the physical and chemical properties affected by editing.
Identified several crucial reaction pathways that enhance molecular rigidity.
Demonstrated improved functional behavior through targeted editing.
Revealed new mechanisms that could lead to innovative applications in materials science.
Abstract
Organic cyclic compounds play a critical role in governing not only the physical, chemical, and spatial properties as well as the rigidity of molecular frameworks, but also their functional behavior...