1656 papers
This study demonstrates the successful green synthesis and characterization of reduced graphene oxide using aqueous extracts of *Malus pumila* and *Dellinea indica* via sonication, confirming the reduction process through various spectroscopic techniques and verifying the material's efficient antimicrobial properties.
This study reveals that pure-silica MFI zeolites exhibit unexpected large-scale elasticity through reversible channel elliptization driven by Si-O-Si hinge rotation, enabling a mechano-gating mechanism that selectively expels flexible molecules while retaining rigid ones under cyclic compression.
This study presents a fully biomass-derived cellulose–protein supramolecular bioplastic that achieves unprecedented mechanical strength and structural stability across an extreme temperature range (−196 to 180°C), while also offering programmable shaping and complete biodegradability.
This study successfully fabricates a low-cost, hydrophobic composite filter by coating cellulose paper with an optimized PDMS/PVDF polymer blend and a chitosan-stabilized MXene nanosheet layer, resulting in enhanced water repellency and effective chemical oxygen demand (COD) reduction in wastewater.
This study reports the eco-friendly synthesis of phytofunctionalized chromium oxide nanoparticles using *Ficus carica* fruit extract, which exhibit superior antibacterial activity against multidrug-resistant bacteria compared to ciprofloxacin, suggesting their potential for biomedical applications.
This study demonstrates that among rice husk ash-based sodium silicate-activated waste glass powder cementitious materials prepared with varying moduli, a modulus of 1.5 yields the highest 28-day compressive strength (39.6 MPa) by optimizing the balance between early-age network depolymerization and later-age polycondensation, as evidenced by a significant increase in the bridging oxygen ratio.
This study demonstrates that the O-vinylation of menthol and thymol with acetylene in a KOH–DMSO medium follows an apparent zero-order kinetic model with similar activation energies, identifying 130°C as the optimal temperature for maximizing vinyl ether yield before thermal degradation occurs.
This study presents a robust, green, and validated voltammetric method for the sensitive quantification of Tedizolid phosphate in pharmaceuticals, utilizing a Nano-ZnO electrode optimized via a dual response definitive screening design and confirmed to be as accurate as HPLC while offering superior environmental sustainability.
Hydroxylated palm stearin (HPS) effectively acts as a non-reactive bio-based plasticizer for high-density polyethylene (HDPE) that significantly improves melt processability and alters thermal properties through physical interactions, although higher loadings reduce tensile strength due to increased chain mobility.
This study successfully developed and validated a robust, CCD-optimized HPTLC method for the simultaneous quantification of Candesartan Cilexetil and Metformin Hydrochloride in MUPS dosage forms, demonstrating excellent linearity, precision, and accuracy in accordance with ICH guidelines.