Iron-Nitrogen Carbon Nanosheets Match Platinum in Microbial Fuel Cell Electrodes
A new iron carbide and iron nitride carbon nanosheet catalyst matches platinum's oxygen reduction performance in microbial fuel cells while ...
A new iron carbide and iron nitride carbon nanosheet catalyst matches platinum's oxygen reduction performance in microbial fuel cells while ...
A new review details how doped, defective, and metal-decorated carbon catalysts selectively convert oxygen to hydrogen peroxide as a sustainable ...
A new review argues that trapping metal atoms, clusters and nanoparticles inside zeolite pores could overcome the limits of carbon ...
A dicyandiamide modification strategy produced an atomically dispersed Fe-N-C fuel cell catalyst that operated for 264 hours under constant voltage ...
A new review in Catal charts how donor-acceptor conjugated polymers have lifted solar-driven hydrogen peroxide production in pure water by ...
A neighboring iron-chromium dual-atom catalyst raises the intrinsic activity of iron sites 4.6-fold while suppressing the reactive oxygen species that ...
A pyrolysis method produced iron, nickel, manganese and bimetal catalysts supported on nitrogen-doped carbon, with Fe/NC and MnFe/NC showing the ...
An optimized PtCoLa intermetallic showed higher intrinsic oxygen-reduction activity than commercial Pt/C and retained structural stability under harsh conditions.
A new open-source graphical application called SpectroElectroChem Suite automates reproducible analysis of spectro-electrochemical and rotating ring-disk electrode data, replacing error-prone ...
Researchers introduced naphthalene units into covalent triazine frameworks to create asymmetric polarization, boosting internal electric fields and enabling hydrogen peroxide ...
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© 2025 Scienmag - Science Magazine