August 8, 2018
Our manuscript entitled "Energy Band-Gap Engineering of Conjugated Microporous Polymers via Acidity-Dependent In-situ Cyclization" is just accepted for publication in JACS. Congratulations to Jiyoung for this excellent work!!
In this study, we were able to control band gap and surface area of conjugated microporous polymers simply by controlling the pKa of acid catalysts, thus opening up possibilities for various applications for this class of materials.
Our manuscript entitled "Energy Band-Gap Engineering of Conjugated Microporous Polymers via Acidity-Dependent In-situ Cyclization" is just accepted for publication in JACS. Congratulations to Jiyoung for this excellent work!!
In this study, we were able to control band gap and surface area of conjugated microporous polymers simply by controlling the pKa of acid catalysts, thus opening up possibilities for various applications for this class of materials.