1028 papers
This study presents a sustainable cork-PLA biocomposite featuring a radiative cooling surface that simultaneously delivers exceptional thermal insulation, superior mechanical resilience, and multifunctional protection for low-altitude temperature-sensitive packaging.
This systematic review evaluates the eco-friendly synthesis, physicochemical properties, and distinct biological activities of silver nanoparticles derived from *Nigella sativa* seeds and *Azadirachta indica* leaves, highlighting their potential for therapeutic and industrial applications while emphasizing the need for standardized protocols and further toxicity assessments.
This paper establishes a generalized computational framework using DFT and NBO analysis to elucidate how nucleophilicity, carbonyl polarization, and substituent electronics govern intramolecular cyclization reactivity, thereby providing transferable design principles for optimizing heterocycle synthesis.
This study demonstrates that dispersing green-synthesized ZnO nanoparticles derived from *Caesulia axillaris* Roxb. leaf extract into 7CB nematic liquid crystals significantly enhances their dielectric permittivity, optical ordering, and thermal stability, making them promising candidates for advanced electro-optical applications.
This study presents a scalable, sustainable method for fabricating biodegradable dialdehyde cellulose foams from rice straw that offer tunable mechanical properties, effective thermal insulation, and a lower environmental footprint compared to conventional petroleum-based foams.
This study demonstrates that incorporating multi-walled carbon nanotubes (MWCNTs) into Elium/UHMWPE thermoplastic composites, particularly when dispersed with a non-ionic aromatic surfactant (TNWDIS) to prevent agglomeration, significantly enhances interlaminar fracture toughness through synergistic mechanisms like crack bridging and improved interfacial adhesion, achieving up to 152.61% improvement in Mode II toughness at optimized loadings.
This paper reports an improved, scalable, and practical multigram-scale synthesis of the selective Nav1.7 inhibitor GDC-0310 that eliminates the need for carbon monoxide-mediated alkoxycarbonylation, utilizes readily available starting materials for key fragments, and achieves a 23.5% overall yield with 99.71% purity through optimized key transformations.
This study demonstrates that modifying colorless polyimide surfaces with 3-aminopropyltriethoxysilane (APTES) significantly enhances the interfacial adhesion of ZnO protective coatings through multi-site bidirectional anchoring, thereby effectively preventing atomic oxygen erosion and maintaining high optical transmittance for aerospace applications.
This study presents a rapid and accurate detection system for chili oils that integrates a novel SERS chemical tongue using three carbonized polymer dot-functionalized magnetic nanoparticles as universal receptors with a specialized convolutional neural network to achieve superior identification and quantification of capsaicin in both pure and complex compounded matrices.
This study demonstrates that while both coconut-shell and corn-stalk biochars effectively remove Cd²⁺, Pb²⁺, and Zn²⁺ through chemisorption and heterogeneous multilayer adsorption with a preference for Pb²⁺, the corn-stalk biochar exhibits superior maximum adsorption capacity due to its richer oxygenated functional groups and mineral components.