BP-1300 and YP-80F were shown to both contain quinone in microporous environments in the gas isotherms upon functionalization, however, the CV experiments suggest there is a large difference between the distribution of electrochemically-active quinone molecules between these two materials. This is also demonstrated by a larger capacitance reduction for YP-80F following functionalization compared to BP-1300. Finally, we note that BP-1300 has a particle size of 50 nm whereas YP-80F particles are smaller (Figure .I), which might impact the grafting process causing anthraquinones to be observed in different environments. Clearly, the carbon structure plays an important role in anthraquinone grafting and electrochemical charging.