Publications from 2021 to 2026
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Strategic modification of outer branched side chains in multi-modal phototheranostic nanoplatform for synergistic breast cancer therapy.
1Synthesis of nitrogen doped carbon flowers and studies on their carbon capture behaviors
Synergistic improvement in cycling and thermal stabilities of Li-rich manganese-based cathodes by an engineered homogeneous LiF surface coating film
A homogeneous Mo, Fe co-doped MnO2/Ag-CNTs composite film via cyclic electrodeposition on activated carbon cloth for self-powered piezoelectric supercapacitor
Optimizing crop yields through picture fuzzy soft set analysis: A comprehensive approach
This paper develops the notion of picture fuzzy soft continuity for mappings in picture fuzzy soft topological spaces and introduces picture fuzzy soft compactness based on core topological principles. Key definitions and related results are established to strengthen the theoretical foundation. Building on this framework, we design decision-making algorithms for crop cultivation that operate within the Picture Fuzzy Soft Set environment. Illustrative case studies demonstrate the practicality and effectiveness of the proposed approach for handling uncertainty and evaluating multiple agronomic factors. The study bridges topology based PFSS theory with agricultural decision support, indicating its potential to improve crop selection strategies, enhance yield outcomes, and support sustainable planning.
Read more6Nb-doping Li4Ti5O12 improving rate and stability performance as anode materials for lithium-ion battery
Inhibitory effect of Ti and water vapor on high temperature oxidation of plasma cladding Inconel 718 coating
Detection of early latent bruise on mangoes based on hyperspectral imaging combined with band operations and improved YOLOv5
IrTaHf medium-entropy oxide for acidic oxygen evolution reaction
Analysis and Conservation of Glazed Decoration in Ancient Buildings in Shanxi, China
Glazed tiles are a common component of ancient buildings, typically used for roofs and walls, serving decorative, protective, and waterproofing purposes. Currently, they are severely damaged and urgently require protection. This study investigated the preservation and damage status of glazed tile components in ancient buildings throughout Shanxi Province. Temperature and humidity variations and acid rain corrosion simulation experiments were conducted to investigate the causes of glazed tile damage. By characterizing morphological changes and corrosion products, the damage process of glazed tiles under the influence of external temperature, moisture, and acid rain was explained. For damage phenomena such as powdering of the tile body, hydroxyl-terminated PDMS–OH/TEOS was selected as the coating materials, and ethanol was used as the solvent to reinforce the glazed tile body. By characterizing indicators such as color difference, water resistance, and mechanical properties, a suitable coating materials formulation was selected. The reinforcement mechanism was investigated using infrared spectroscopy, X-ray photoelectron spectroscopy, and scanning electron microscopy. For glazed tiles with extremely severe damage, new glazed tiles with superior mechanical properties were fired by reducing the particle size of the raw material in the tile body to replace them.
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