1639 papers
This study presents a Zr-doped Co₃O₄ immobilized on an Al₂O₃ ceramic membrane (CoZr@CM) that overcomes the limitations of powder catalysts by enabling highly efficient, stable, and rapid degradation of sulfamethoxazole and other organic pollutants via peroxymonosulfate activation through a dual surface-pore functionalization strategy.
This study reports the facile synthesis of a Schiff base polymer and its reduced derivative, demonstrating that the reduced form exhibits superior Cu(II) adsorption capacity and stability in acidic media due to an enhanced mechanism involving both coordination/electrostatic attraction and the reduction of Cu(II) to Cu(I).
This study demonstrates the successful synthesis and characterization of polyisobutylene succinimide lubricant additives from reclaimed waste inner tube rubber, showing that a 2% concentration significantly enhances the oxidation stability, dispersancy, and viscosity index of automotive engine oils.
This study constructs high-accuracy ab initio potential energy curves for the cis and trans conformers of the singlet O4H+ ion to model its proton displacement across the OO bridge and predict its electronic absorption and emission spectra as a future experimental fingerprint.
This study demonstrates that pretreating wool fibers with a chitosan/propolis nanocomposite significantly enhances the color strength, fastness, and antimicrobial properties of madder root dye, resulting in smart textile fibers suitable for hand-loom carpet production.
This paper presents a residue-conditioned computational framework that iteratively designs selective molecular candidates for protein paralogues by targeting divergent active site residues while enforcing scaffold preservation, successfully demonstrating traceable chemical modifications and high structural continuity across 17 design campaigns.
This study demonstrates that rice husk-derived silica can serve as a sustainable, cost-effective precursor for synthesizing Na₂FeSiO₄ cathode material via sol–gel method, where increasing calcination temperature from 500 to 800 °C promotes phase formation and lattice reorganization while increasing the optical band gap and decreasing electrical conductivity.
This study presents a microwave-plasma-engineered Ti3C2TX-TiO2-SnO2 heterostructure that achieves high-performance, room-temperature hydrogen sensing with an ultralow detection limit of 1 ppm by leveraging synergistic oxygen vacancies, MXene conductivity, and n-n heterojunctions to overcome the limitations of conventional sensors.
This study demonstrates that Detarium senegalense seed powder serves as a viable, formaldehyde-free bio-binder for producing sustainable particleboards, with a 30% binder content formulation yielding the most promising mechanical and physical properties.
By employing mild thermal oxidation to drive the directional exsolution of iron species, this study eliminates interfacial Na/Fe antisite defects in non-stoichiometric sodium iron phosphate cathodes, thereby unlocking their intrinsic solid-solution capacity and significantly enhancing electrochemical kinetics.