Here, we developed a kinetic model for photocatalyst particles in contact with two-redox potentials, and adopted the principle of detailed balance extended to a locally out-of-equilibrium electrolyte containing multiple redox potentials, the condition typical for photocatalysts.
Available from Energy & Environmental Science
We report photoluminescence and dark conductivity measurements of zinc oxide nanoparticle films under various atmospheric conditions that demonstrate the vital role of adsorbates.
Available from Nature Communications Chemistry (open access)
Here, we used double-side polished, intrinsic silicon as a model light absorber and manipulated the direction of charge-carrier diffusion using combinations of carrier-selective contacts.
Available from Sustainable Energy & Fuels
In this work, we show that thin films of manganese-modified titania, (Ti,Mn)Ox, topped with an iridium catalyst, can be used in a coating stabilization scheme for acid-stable water oxidation.
Available from ACS Applied Materials Interfaces
Here we report the fabrication of nano-interfaces between MnOx nanoscale islands and NiFe layered double hydroxide (LDH) nanosheets, which were chosen as baseline electrocatalysts for OER activity tuning.
Available from the Journal of Materials Chemistry A
Here, we demonstrate that exposing SnO2-core/ZrO2-shell films to acid permits photoinduced electron transfer through ZrO2-shells at least 4 nm thick.
Available from Chemical Communications