Imabayashi, S. - I., Kitamura, N., Tazuke, S. & Tokuda, K. Substituent effects
on electrochemical reduction of viologen dimer and trimer with ethylene spacer.
Not exact matches
Reaction mechanisms for the
electrochemical reduction of CO2
on the Cu (100) surface from quantum mechanics free energy calculations with explicit water.
Within the context of artificial photosynthesis, membranes are desired that facilitate the ion transport necessary to feed the
electrochemical reactions while meeting various additional selectivity and permeability demands depending
on the CO2
reduction products.
He also described the design of MOFs and COFs based
on porphyrins that can be fine - tuned for efficient
electrochemical carbon dioxide
reduction.