1014 papers
Hydrophobic porous polymer films immobilized with ZnSe/ZnTe hybrid photocatalysts were fabricated via a modified breath figure method to create a reusable, highly efficient platform for the visible-light degradation of poorly water-soluble dyes by leveraging pore-induced molecular concentration and superior interfacial reaction kinetics.
This study presents a computationally guided strategy for designing optimal haptens to generate a highly specific monoclonal antibody, which was subsequently utilized to develop a paper-based immunosensor capable of rapid, on-site detection of citalopram in environmental water and dietary supplements with high sensitivity and negligible cross-reactivity.
Two novel mixed-ligand Cu(II) complexes featuring hydrazone and methylimidazole derivatives were synthesized and structurally characterized, revealing that they bind to bovine serum albumin via a spontaneous, static quenching mechanism involving hydrogen bonds and van der Waals forces, which induces conformational changes and reduces the protein's α-helix content.
This study presents a carbonation-assisted hydrometallurgical process that converts PbSO₄ and BaSO₄ in copper anode slime into soluble carbonates to liberate and recover trapped Au and Ag while enabling reagent recycling and minimizing waste.
This study reports the development of highly responsive 1532-nm photodetectors with a record-breaking responsivity of 4.97 A/W by utilizing Tm³⁺-doped, CaF₂-shell-coated Cs₂NaErF₆ nanocrystals that achieve efficient self-sensitized upconversion luminescence through alleviated concentration quenching.
This study reports the successful synthesis of a hierarchically porous NiO adsorbent using a rosin-based gemini surfactant, which significantly enhances specific surface area and achieves high, selective, and reusable adsorption capacities for cationic and anionic dyes in wastewater treatment.
This study reports the synthesis, structural characterization, and HER2 molecular docking analysis of a series of Zn(II), Cu(II), Co(II), and Ag(I) coordination compounds with 3-(thien-2-ylidene)-1-pyrroline, demonstrating how metal identity and anion type dictate the resulting composition, nuclearity, and geometry of the complexes.
This study utilizes electromagnetic levitation to demonstrate that the surface tension of molten Al–Si alloys decreases linearly with both temperature and silicon concentration, a behavior that contradicts previous reports of nonlinearity and is accurately modeled by the Butler equation under an ideal-solution approximation, suggesting minimal thermodynamic nonideality.
This study utilizes crystal chemistry engineering and density functional theory to transform a soft 2D layered hcb-C16 carbon allotrope into an ultrahard 3D lonsdaleite-like lon-C16 structure and a derived superhard tpd-C12N4 carbonitride, characterizing their mechanical stability, electronic properties, and thermal behavior.
By introducing a conformational-restriction design to create S-methobutene, researchers achieved a significant enhancement in mosquito control efficacy and stability through the decoupling of binding affinity from functional efficacy, offering a new paradigm for developing next-generation biorational pesticides.