1013 papers
This study presents a conductive organic cage (ReTTFcage) that simultaneously achieves record-breaking adsorption capacity and kinetics for removing perfluorooctanoic acid (PFOA) from water while functioning as a miniaturized field-effect transistor sensor capable of detecting PFOA at the ultra-trace ppq level.
This study demonstrates that the loss of swelling functionality in polyacrylic acid superabsorbent hydrogels within soil is primarily driven by rapid physicochemical aging and condensation with soil minerals under moisture fluctuations, rather than microbial degradation, with the rate and extent of these transformations being governed by soil type and moisture dynamics.
Hydrothermally synthesized Fe0.67Co0.33/CoCexFe2-xO4 composites exhibit a cerium-dependent evolution in structural, magnetic, and optical properties, where increasing Ce3+ content reduces crystallite and grain sizes, lowers coercivity and saturation magnetization, narrows the band gap to enhance methylene blue degradation, and modifies microwave absorption characteristics.
This paper presents a probabilistic machine learning framework trained on 128 experimental results to accurately predict intergranular corrosion penetration depth in Al 6000 series alloys based on their composition and manufacturing parameters, with the model's effectiveness validated through successful predictions on six unseen alloys.
This study demonstrates that copper ions act as an effective mineralizer to synthesize highly crystallized mullite at 1000°C via the sol-gel method, significantly influencing the resulting nanocomposite's dielectric properties, which exhibit a minimum dielectric constant of 3.30 at a specific copper concentration and frequency.
This paper reports the successful fabrication of flexible dew-condensation sensors using fullerene nanowhiskers (C60 and C70) that exhibit distinct current responses to moisture and demonstrate the ability to differentiate between various bio-related molecules like L-arginine, urea, and lysozyme.
This paper presents a light-driven double-network hydrogel actuator that integrates rapid photothermal bending with non-volatile, optically rewritable mechanical memory, enabling reprogrammable, history-dependent soft actuation through coupled thermal and viscoelastic relaxation timescales.
This study demonstrates that green cumin seed extract acts as an effective, eco-friendly corrosion inhibitor for copper-based artifacts in saline environments, achieving up to 96.33% inhibition efficiency through the formation of a protective adsorbed film.
This study demonstrates that a sustainable polyurethane foam composite impregnated with iron oxide nanoparticles and synthesized using plantain peel waste effectively removes turbidity, organic pollutants, and heavy metals from River Wudil through spontaneous physical adsorption, offering a cheap, regenerable, and eco-friendly solution for wastewater treatment.
This study demonstrates the feasibility of producing high-crystallinity cellulose nanocrystals from flax straw through a multi-step process involving alkali treatment, bleaching, and ultrasonic-assisted acid hydrolysis, revealing that specific acid types and durations significantly influence the resulting nanomaterials' morphology, thermal stability, and dispersion properties.