Researchers in Chile demonstrated that treating stranded sardines with a chemical catalyst rapidly produces nutrient-rich fertilizer while eliminating foul decomposition ...
A perspective outlines how catalysis-driven polymerization bypasses sequence-control challenges to create functional polypeptide hybrid materials.
Researchers prepared three-dimensional mesoporous carbon from catalyst coke to support silver nanoparticles that complete the catalytic reduction of 4-nitrophenol within ...
A new review describes composite materials that simultaneously adsorb CO2 and catalyze its conversion into valuable products.
A new perspective argues that catalytic CO2 valorization can turn industrial emissions into fuels and chemicals, but catalyst deactivation, hydrogen ...
Researchers developed potassium-cerium-manganese ternary oxide nanofibers that suppress potassium loss and maintain catalytic soot combustion activity after high-temperature aging.
A review in Advanced Composites and Hybrid Materials analyzes how structural and morphological modifications enhance layered double hydroxide composites for ...
Atomically dispersed Cr(OH)x clusters on Pt-decorated GaN nanowires form subnanometre triple interfaces that relay hydrogen across adjacent boundaries, enabling around ...
A new review in Discover Catalysis maps how pairing two metals in core-shell, nanocluster, framework and nanoflower structures boosts enzyme-mimicking ...
Chemists report that adding three fluorine atoms and bulky benzhydryl groups to bis(imino)pyridylcobalt precatalysts yields thermally robust catalysts that polymerize ...
A quaternary ceria-based oxide designed by combining three classes of dopants showed the lowest oxygen release temperature and the best ...
Adjusting the nitrogen-to-boron ratio in sawdust-derived biochar boosted sulfamethoxazole degradation rates 2.35-fold by shifting the material from adsorption-driven to catalysis-driven ...
The editors of the new fully open access journal Discover Surfaces trace the field from Agnes Pockels' kitchen-table experiments to ...
Researchers converted discarded cell-phone battery electrode coatings into a lithium cobalt oxide on carbon catalyst that depolymerized alkali lignin into ...
A new review in Catal warns that common errors in X-ray absorption spectroscopy, from misreading R-space spectra to ignoring particle ...
A study in Catalysis Letters finds that the temperature of co-precipitation controls precursor phases, copper dispersion and Cu-ZnO interactions in ...
A peer-reviewed review finds that viologen-linked covalent organic frameworks combine permanent positive charge, reversible redox activity and tunable pores for ...
A solid-state CO2-air/H2 fuel cell using a CuNi-SDC cathode catalyst achieved a maximum power density of 126.6 W·m⁻² and a ...
A new review argues that biomolecules from plants, algae and bacteria can replace toxic solvents and energy-intensive processes in the ...
Researchers at Sichuan University have shown that partially converting the surface of ceria into amorphous silicates keeps crystallites at 7.1 ...
