1639 papers
This study investigates the five-year natural aging effects on the optical properties of two cellulose nanofiber films, revealing that TEMPO-oxidized cellulose nanofibers (TOCNF) undergo significant yellowing and opacity loss while aqueous counter collision cellulose nanofibers (ACC-CNF) show minimal yellowing but reduced haze, indicating distinct degradation mechanisms between the two materials.
This study integrates optimized extraction, phytochemical profiling, and computational modeling to identify anabsinthin, a sesquiterpene lactone from *Artemisia absinthium*, as a promising candidate for targeting the coronavirus main protease (Mpro) with favorable binding stability and drug-like properties, pending experimental validation.
This paper reports a catalyst-free vapor–liquid–solid epitaxy method mediated by a condensed halide-rich liquid intermediate that overcomes conventional vapor-phase growth limitations to achieve wafer-scale, high-quality perovskite single-crystal films with exceptional uniformity and low trap-state density.
A bioinspired Mo-Fe-S cubane catalyst achieves sustained, high-turnover eight-electron reduction of CO2 to CH4 under ambient conditions by successfully retaining a metal-bound CO intermediate, thereby overcoming a major limitation in converting CO2 to hydrocarbons.
A multifunctional porous ZrC ceramic featuring a unique 3D interconnected microsphere structure was successfully fabricated via a polymer-induced self-foaming method, achieving an optimal balance of high compressive strength (23.6 MPa), excellent thermal insulation (0.254 W·m⁻¹·K⁻¹), and superior electromagnetic wave absorption (-28.87 dB).
This study demonstrates that modifying chitosan/bacterial cellulose membranes with a tannic acid/poly(vinyl alcohol) coating significantly enhances surface hydrophilicity and reduces fibroblast adhesion while maintaining robust wet-state mechanical stability, resulting in a highly effective anti-adhesion barrier that completely prevented postoperative adhesions in a mouse model.
This study demonstrates that annealing carbon fiber/polypropylene unidirectional tape enhances its tensile creep life by promoting matrix crystallization and altering viscoelasticity, with a specific 140°C treatment yielding a four-fold increase in life compared to 120°C, provided operating temperatures remain sufficiently below the annealing point to prevent further crystallization.
This study demonstrates that combining SBR with nano-Al2O3 creates a synergistic effect in asphalt modification, where SBR enhances low-temperature flexibility and fatigue resistance while Al2O3 improves high-temperature stability, with an optimal Al2O3 content of 2–4% achieving the best balance between these properties.
This study reports the successful post-synthetic modification of a 2D cobalt-based coordination polymer precursor to yield two new compounds with distinct 2D and 3D architectures, demonstrating the utility of this approach for understanding coordination bond dynamics and guiding the rational design of crystalline materials.
This paper reports a pH-tuned three-component click reaction between 2-acylbenzaldehyde, acylhydrazine, and thiophenol that enables rapid, chemoselective macrocyclization and dual or triple functionalization of unprotected peptides with high tolerance for side-chain groups.