The central aim is to present a method for optimizing electronic properties and designing active sites in donor-acceptor conjugated polymers for photocatalysis.
Introduced electronic modulation techniques in the design of conjugated polymers.
Focused on optimizing the active sites within donor-acceptor structures.
Explored synergistic effects between overall electronic engineering and local site design.
Enhanced photocatalytic activity observed in modified donor-acceptor polymers.
Achieved selective oxygen reduction performance through optimized electronic properties.
Abstract
. This work offers a new strategy for achieving synergistic optimization of overall electronic engineering and local design of active sites in D-A type conjugated polymers.