1676 papers
This study developed a water-dispersible, gold-decorated conjugated polymer nanoparticle substrate that enables highly selective in-solution SERS detection of aromatic pollutants like pyrene in environmental and biological samples by leveraging π-interactions, achieving high recovery rates with minimal sensitivity loss.
This paper presents a sustainable, circular strategy that converts industrial silica waste into high-purity quartz sand suitable for semiconductor applications by integrating alkali dissolution, ion-exchange purification, and sol-gel technology to overcome the limitations of natural ore depletion and virgin precursor costs.
The study demonstrates that incorporating at least 40 wt.% Y₂O₃ into CaZrO₃ ceramic shells significantly enhances their high-temperature stability and suppresses interfacial reactions with ZTA15 titanium alloy, effectively reducing both the microstructural transition zone and contamination layer thicknesses.
This study demonstrates that enzymatic nanocellulose, used without surface modification, effectively reinforces dry natural rubber nanocomposites to significantly enhance their mechanical strength, thermal stability, and wet-skid performance, with the DNR/NC-2 formulation showing optimal overall properties.
This study reports the fabrication of 0D/2D EuMOF/M/rGO heterostructures via an in-situ hydrothermal method that synergistically achieves high-efficiency microwave absorption and superior corrosion protection for Q235 steel in marine environments.
This study demonstrates the development of a flexible, fully biomaterial-based non-volatile memory device utilizing poly-L-lysine nanoparticles as a self-assembled charge trapping layer within an indigo-based thin-film transistor, achieving a significant memory window and successful program/erase operations for potential bio-computer signal interfaces.
This paper presents the first numerical simulation of micro-scale leaching in active-reactive coatings by utilizing stochastic geometry models fitted to observed samples to characterize the newly identified interconnected pore system responsible for ion transport.
This study demonstrates that Al-MCM-41 is an effective adsorbent for removing pyrene from petroleum effluents, revealing through integrated experiments and phenomenological modeling that surface diffusion is the dominant mass-transfer mechanism, particularly at higher adsorption loadings.
This study demonstrates that while MP2 systematically overestimates vibrational frequencies and Zero-Point Vibrational Energy in doped ZnO nanoclusters compared to the more accurate CCSD method, both approaches reveal that entropic stabilization from dense low-frequency vibrational modes becomes dominant at temperatures exceeding 1000 K, thereby establishing a rigorous computational baseline for parameterizing DFT-D in future nanomaterial design.
This study presents a green, ethanol–water mediated synthesis of nicotinonitrile derivatives using Coccinia indica leaf extract-derived Al₂O₃ nanocatalysts, which demonstrated high efficiency, excellent yields, and promising antimicrobial activity supported by molecular docking and ADMET analyses.