📄 Category

chemistry

1639 papers

📄 chemistry

Structural, Optical properties of AlInGaN nanocrystalline through chemical route by CVD method

This study characterizes the structural and optical properties of AlInGaN nanostructures synthesized via a chemical route using CVD, revealing that increasing the synthesis temperature induces a phase shift toward higher angles, reduces particle size from 20 nm to 11 nm, transforms the morphology from spherical microstructures to clustered nanoparticles, and causes a blue shift in near-band-edge photoluminescence emission.

B. Kuppulingam, P. Soundhirarajan, Manjunatha B C, M. Balaji2026-10-09
📄 chemistry

Enhanced Plasma Protein Purification Using Novel Polystyrene-Supported Chelating Resins: Experimental and Computational Insights into Buffer-Resin Interactions

This study demonstrates that novel polystyrene-supported chelating resins, specifically PSEAA and PSEAA-Cu²⁺, effectively fractionate plasma proteins under varying buffer and imidazole conditions, with COSMO-RS calculations providing molecular-level insights into the buffer-resin interactions that influence protein elution.

Zina Benmamar, Salim Madani, Kamel Mokhnache, Souhib Bennaadja, Noureddine Charef, Lokmane Abdelouahed, Marta F. Garcia (…)2026-10-09
📄 chemistry

Bridging Chemically Distinct Coating Systems: Cross-System Transfer Learning Enables Discovery of Ultralow-Thermal-Conductivity Ferroelastic Tantalates

This study employs cross-system transfer learning to discover two new ferroelastic rare-earth tantalate ceramics with record-breaking ultralow thermal conductivities, revealing that lattice distortion and heterogeneous bonding synergistically suppress heat transport while establishing a generalizable paradigm for designing complex materials under data scarcity.

Xiaoyu Chong, Yiwei Wei, Jingjin He, Yang Lin, Shun-Li Shang, Fuyang Tian, Zulai Li, Yehua Jiang, Zi-Kui Liu, Jing Feng2026-10-09
📄 chemistry

Design Optimization and Hydration Mechanism of a Composite Gypsum-Based Cementitious Material Made Entirely from Solid Waste Using Smelting Slag

This study designs and optimizes a low-carbon, all-solid-waste-based cementitious material using desulfurization gypsum, granulated slag, copper slag, and a composite activator, which achieves semi-rigid road base performance through the synergistic formation of ettringite and C-(A)-S-H gel while reducing carbon emissions by 89.1% compared to ordinary Portland cement.

Xu Wu, Yang Yang, Jingzhuo Zhao, Taiping Huang, Xingzhen Zang, Kaige Zhou, Bo Li2026-10-09
📄 chemistry

Bio-based benzoxazine electrically conductive adhesives for sustainable and epoxy-free hybrid printed electronics

This study presents a sustainable, bio-based benzoxazine anisotropic conductive adhesive that achieves comparable electrical performance and reliability to commercial epoxy systems while offering lower curing temperatures, reduced toxicity, and a lower global warming potential.

I. Petsagkourakis, O. J. Hagel, A. Sawatdee, S. Carniello, E. Schwarz-Funder, A. Gasslander, J. Strandberg, N.H. Alvi, A (…)2026-10-09
📄 chemistry

Investigation on Pure and Cr, Fe, Ni and Si-doped Fullerene Nanostructures for Enhanced Warfarin Delivery: A DFT Study

This DFT study demonstrates that doping C20 fullerene with transition metals, particularly chromium (Cr), significantly enhances its potential as a carrier for warfarin drug delivery by improving adsorption energy, facilitating charge transfer, and optimizing electronic and thermodynamic properties.

Sima Esmailpour, Sadegh Afshari, Sayyed Ahmad Nabavi-Amri, Mahvash Yarahmadi2026-10-09
📄 chemistry

Sustainable Development of Coconut Shell-Derived Graphene Quantum Dot-Integrated Conductive Hydrogels for Electroencephalography (EEG) Applications

This study develops a sustainable, high-performance conductive hydrogel by embedding waste coconut shell-derived graphene quantum dots into a poly(vinyl alcohol)–Carbopol network, achieving superior electrical conductivity, mechanical durability, and biocompatibility for long-term EEG monitoring applications.

Gunjan Sarkar, Tapas Kumar Ghosh, Dipankar Chattopadhyay2026-10-09
📄 chemistry

Process-Structure-Property Relationships and Multi-Response Optimization of Z-Direction MEX-Printed Polyphenylene Sulfide

This study demonstrates that minimizing apparent porosity in Z-direction MEX-printed polyphenylene sulfide does not guarantee optimal mechanical performance, revealing that interlayer fusion quality and defect morphology are more critical determinants of structural integrity than bulk porosity alone.

zakariae bouckara, Anouar El Magri, Hamid Reza Vanaei, Abdelhadi El Hakimi, Belkheir Hammouti2026-10-09