Materials Literature
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This work reviews the strategic valorization of industrial by-products as sustainable sources of biopolymers and bioactive compounds, promoting a circular economy through the efficient use of renewable resources and reducing waste generation. These strategies contribute to lowering the carbon footprint of conventional…
Abstract High-entropy alloy (HEA)/graphene (Gr) heterojunctions hold significant promise for thermal management in micro/nanoelectronic devices, yet the interfacial defect and thermal transport regulation mechanisms remain to be further elucidated. Using non-equilibrium molecular dynamics simulations, this study syste…
Abstract This study investigates the interfacial reaction mechanisms on zinc oxide (ZnO) as an activator in the N-(1,3-benzothiazol-2-ylsulfanyl)cyclohexanamine (CBS)-accelerated sulfur cross-linking (vulcanization) of isoprene rubber. Density functional theory calculations using the CASTEP and Gaussian programs eluci…
Abstract Sustainable and compostable coatings for paper-based packaging substrates represent a promising strategy to replace conventional petroleum-derived packaging materials while improving substrate performance. In this work, environmentally friendly waterborne coatings based on blends of the immiscible polymers po…
Abstract In this paper, wave propagation (WP) in Euler–Bernoulli (EB) beams is investigated through the framework of strain gradient elasticity (GradEla) theory by introducing additional higher-order terms that account for the contribution of the beam cross section. These terms provide an effective representation of t…
Diamond has emerged as a promising ultrawide-bandgap semiconductor material for next-generation electronics because of its unique combination of a wide bandgap, high critical electric field, superior carrier transport properties, exceptionally high thermal conductivity, and strong chemical and radiation stability. Ove…
Abstract A novel device that can study crevice corrosion (CC) of stainless steel (SS) in-situ has been designed. The influence law of cathode to anode area ratio (Sc/Sa) on the duration of 304 SS’s CC incubation period (τ) was monitored in real time using current noise. And the relationship model between Sc/Sa and the…
Abstract Flow-induced crystallization (FIC) typically governs the performance of semicrystalline polymers through accelerated crystallization and produces shish-kebab-like structures (typically under steady or strong shear flow conditions; shear rate < 102 s−1). However, FIC behavior under realistic and extreme shear…
Abstract This article provides a novel hyper-elliptic trust region optimization algorithm with kriging surrogates that is employed to obtain highly efficient designs of wideband metamaterial absorbers (MMAs) exhibiting high absorption with compact size. The introduced optimization algorithm is dynamically linked to th…
A nonlocal third-order shear-deformation (Reddy) beam model is developed for the thermal buckling and free vibration of a hollow, microtubule-like nano-cylinder subjected to a uniform temperature rise. The aim is to determine how far third-order shear kinematics and Eringen nonlocality each alter the thermal stability…
FeCrAl alloys have emerged as one of the most promising candidates for Accident Tolerant Fuel (ATF) cladding due to their outstanding high‐temperature steam oxidation resistance, superior irradiation tolerance, high mechanical strength, and excellent creep resistance. However, their engineering application is still li…
Abstract In the petroleum industry, it is necessary to control both mineral scale and metal corrosion simultaneously. However, conventional chemical inhibitors are not always effective and can pose environmental concerns. Herein, this study investigates green protic ionic liquids (ILs) with various ethoxy units as dua…
Abstract Particle size analysis by dynamic light scattering (DLS) is a fundamental technique for characterizing colloidal systems and nanodispersions. This study presents the development, optimization, and validation of a DLS method for measuring the hydrodynamic diameter ( Z -average) and polydispersity index (PDI) o…
The effect of thermal reduction temperature on the structural, morphological, and porous characteristics of graphene oxide-derived materials was investigated. Graphene oxide films were thermally treated in vacuum at temperatures from 200 to 600оC, and the resulting materials were characterized by XRD, FTIR, SEM, and l…
ABSTRACT Ultrasensitive detection of nonpolar toxic VOCs like toluene remains a great challenge for environmental monitoring. This work presents a rationally designed SERS platform based on metallized covalent organic frameworks (M‐COFs, M = Fe, Ni, Cu) obtained by a mild metal‐modulation strategy that enables metal‑t…
Tungsten bronze (MxWO3) holds promise for solar-related applications as it can shield near-infrared (NIR) light and has been proven to be an alternative solution for addressing both the energy crisis and environmental concerns. Advances in tungsten bronze-based nanocomposites have demonstrated superior NIR shielding a…
Hot-pressing densification is an effective method to improve the physical and mechanical properties of fast-growing wood, but it typically faces challenges such as moisture-induced rebound and brittle fracture of cell walls. This work proposed a strategy for preparing densified Chinese fir (DCF) via deep eutectic solv…
Viscous fingering is a canonical nonlinear interfacial instability that arises when a less viscous fluid displaces a more viscous one under an adverse viscosity contrast. Despite extensive investigations into the effects of fluid properties, operating conditions, and rheology, systems involving a shear-thickening disp…
This study presents the biosynthesis of silver oxide nanoparticles (Ag₂O-NPs) mediated by the hexane extract of Cistanche tubulosa , an achlorophyllous holoparasitic plant, and assesses their antibacterial and antibiofilm properties against some pathogenic bacteria strains. GC–MS analysis of the hexane extract reveale…
ABSTRACT Although Mannich base corrosion inhibitors have been extensively studied, the role of a single functional group in enhancing corrosion inhibition efficiency remains limited. Numerous studies have confirmed that the combination of functional groups, or dual functionalization, can significantly improve this eff…