1639 papers
This study demonstrates the successful fabrication of eugenol-enriched alginate/graphene oxide composites crosslinked with Ba²⁺ and Fe³⁺ ions, which exhibit synergistic mechanical stability, pH-responsive swelling behavior, and enhanced surface porosity suitable for the controlled delivery of hydrophobic bioactive compounds.
This review examines emerging non-adamantane chemical scaffolds as influenza A M2 ion channel blockers, highlighting their structural features, binding modes, and potential to overcome widespread adamantane resistance for the development of next-generation antivirals.
This study demonstrates that iron accessibility, rather than total iron loading, is the critical factor governing the efficiency of iron-impregnated coconut shell biochar in removing sulphate from acid mine drainage, with a precursor ratio of 0.7 g g⁻¹ yielding the optimal performance by maximizing surface-available iron without waste.
This study presents a simple, eco-friendly vacuum-filtration method to fabricate low-content PVDF/TA Janus membranes with asymmetric wettability that achieve over 99% separation efficiency and high flux for surfactant-stabilized water-in-oil emulsions while maintaining excellent recyclability.
This study demonstrates that while graphene oxide hydrogels exhibit high thermal conductivity due to continuous networks, ultralight reduced graphene oxide aerogels with 99% porosity achieve an ultra-low thermal conductivity of 0.021 W/m·K through extensive phonon scattering, highlighting their potential for advanced thermal insulation applications.
This study demonstrates that the efficiency of underwater non-thermal plasma treatment for degrading oxalic acid in simulated chemical decontamination effluents is significantly influenced by the presence of iron and cobalt, as evidenced by the markedly slower degradation and persistent optical absorption observed in iron-only solutions compared to other compositions.
This study reports the green synthesis of a multifunctional Ag/Co/La2O3/chitosan nanocomposite that effectively combines high-efficiency photocatalytic removal of binary methylene blue and crystal violet dyes with potent antibacterial activity, demonstrating excellent stability and reusability for sustainable wastewater treatment.
This study demonstrates that combining detonation spraying with chemical vapor deposition using tungsten hexafluoride enables the effective application of tungsten-based layers onto various detonation coating sublayers, thereby regulating surface porosity and ensuring strong adhesion to steel substrates.
Calcium-doped barium cerate (Ca–BaCeO₃) nanoperovskites, synthesized via a sol–gel method, serve as effective dual-functional materials that achieve high-efficiency visible-light-driven degradation of trimethoprim and exhibit sensitive electrochemical detection capabilities for the same pharmaceutical pollutant.
This study presents a lattice-distorted Dy₄-CuBi/GDY nanoplatform that synergistically enhances cuproptosis in osteosarcoma by amplifying catalytic activities and blocking autophagic flux via lysosomal targeting, thereby overcoming metabolic adaptation for efficient tumor eradication.