Electrochemical carbon capture and concentration (eCCC) offers a promising alternative to
thermochemical processes as it circumvents the limitations of temperature-driven capture …

A multitude of factors contribute to the performance of redox flow batteries with organic
active material. In this work, experimental and theoretical methods are elucidated to give …

To be competitive with other electrically rechargeable large scale energy storage, the range
of active materials for redox flow batteries is currently expanded by organic compounds …

Attributing to the chemical sensor application based on charge transfer phenomena
between the host and the guest for new derivative of calix [4] quinone, 1, 3-alternate-calix [4] …

Ti–Fe chitosan (LDH) nanoparticles with nitrate intercalated anions as a novel adsorbent
were produced via milling technique. The synthesized LDH was characterized by XRD, FT …

In redox flow batteries, a compelling strategy for enhancing the charge capacity of redox-
active organic molecules involves storing multiple electrons within a single molecule …

To enable cost-efficient stationary energy storage, organic active materials are the subject of
current investigations with regard to their application in aqueous redox flow batteries …

Due to their eco-sustainability and versatility, organic electrodes are promising candidates
for large-scale energy storage in rechargeable aqueous batteries. This is notably the case of …

An understanding of the electrochemical mechanism involved in serotonin oxidation is
critical to the development of accurate sensing applications. Electrochemical signals of a …

Redox proteins regulate the chemical properties of cofactors through the protein
environment of the active site. The redox potentials and p K a values of the cofactors within …