Materials Literature
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This paper proposes and analyzes a modified version of the Hănțilă Method (HM) for solving electrical circuits with nonlinear inductive elements. The method replaces the nonlinear inductor with a generator comprising a nonlinear source and a linear impedance. The value of the nonlinear source is determined by defining…
Abstract Materials based on polymer microfibers, displaying a high surface-to-volume ratio and porosity, are used in applications including filtration membranes, wound dressing materials, textiles, etc., and controlling both their internal morphology and assembly can enhance the resulting properties. However, the full…
Hidrojen, temiz enerji sistemlerinde yüksek potansiyele sahip bir enerji taşıyıcısıdır. Hidrojenin güvenli biçimde depolanabilmesi için yüksek basınçlı tankların yapısal dayanımı kritik öneme sahiptir. Bu çalışmada, yüksek basınçlı kompozit bir hidrojen tankının farklı malzemeler altındaki yapısal davranışı sonlu elem…
Abstract Antiferroelectric systems such as Pb(Zr1−x−ySnxTiy)O3 exhibit double polarization−electric field (P−E) hysteresis loops and are interesting for actuator and dielectric energy storage applications. Here, we investigate the role of defect dipoles in influencing the polarization switching and electrostrain behav…
The contact angle of a liquid drop on a solid surface is a simple yet powerful experimental technique for characterizing the surface properties of materials. This method uses a liquid drop as a probe to investigate the chemical and physical properties of a solid surface, but it can also be used in reverse—a well-chara…
Mass photometry is a label-free, single-particle technique used to characterize the molecular mass, oligomeric state, heterogeneity, and abundance of macromolecules in solution. In this protocol, samples are measured using a Refeyn TwoMP mass photometer by detecting interferometric light-scattering signals as individu…
Abstract We report a combined spectroscopic, kinetic, and computational study of aggregation-induced emission (AIE) in tetranuclear Au(I)/Ag(I) complexes in microheterogeneous acetonitrile/water mixtures. Time-resolved UV–vis spectroscopy and multivariate analysis reveal that once AIE aggregates are formed, a further…
The combined elasticity, processability, and recyclability of thermoplastic elastomers (TPEs) has enabled their widespread adoption across diverse industrial sectors. In particular, TPEs have emerged as attractive alternatives to chemically crosslinked elastomers, contributing to extended product lifetimes and reduced…
Abstract Cross-linking density is a critical parameter governing the performance of cross-linked polymers. Rapid and accurate determination of this parameter is essential for evaluating material states, assessing engineering applicability, and optimizing processing conditions. However, conventional methods suffer from…
In this study, roasted siderite tailings (RST) were used as a partial substitute for light-burned magnesia to investigate their effects on workability, setting behavior, mechanical performance, water resistance, phase evolution, and microstructure of MOSC. . Water-immersion results showed that 10% replacement was most…
ABSTRACT Engineering structural defects in 2D materials offers a powerful pathway to tailor their properties and functionalities, yet a comprehensive understanding of defect‐governed optical activity remained incomplete. Here, this study presents an in‐situ strategy to engineer defect concentration and type in 2D PdSe…
ABSTRACT Coarse‐grained (CG) molecular dynamics (MD) can greatly extend the accessible time and length scales for water, provided that the reduced model captures key structural, dynamical, and thermodynamic properties. Here, we introduce a CG machine learning potential (MLP) for water, named CGNEP‐MB‐pol, which integr…
ABSTRACT To evaluate the effects of various β‐stabilizing elements (AEs: Nb, Mo, Cr, V, Fe) on the corrosion resistance of Ti‐6.5Al alloy in hydrochloric acid, this work employs density functional theory (DFT) calculations to investigate the interactions between HCl molecules and TiO 2 passive film surfaces doped with…
This paper reports the preparation and characterization of a silk-glycerol composite-based, biocompatible, optically transparent, and flexible substrate. Blending glycerol with silk not only eliminates the brittleness of pure silk films but also enhances flexibility and long-term mechanical stability. Its applicabilit…
Abstract Vapor-phase crystallization provides an effective strategy for regulating lattice ordering and polar response in layered chalcogenide crystals. Herein, layered α-In2Se3 is used as a model polar semiconductor to clarify how open-flow chemical vapor deposition (CVD) and sealed-ampule chemical vapor transport (C…
The critical point is the endpoint of the vapor–liquid coexistence curve of a pure substance and plays a key role in thermophysical property calculations. However, due to the limited availability of high-precision experimental data, most thermophysical property datasets are typically small. Their modeling faces challe…
Quantum dots (QDs) are promising emissive materials for next-generation optoelectronics, but conventional oleic acid (OA) capping necessitates toxic, nonpolar solvents such as toluene and chloroform, hindering environmentally sustainable solvent-based processing. Here, we report a green, solution-processable ligand-ex…
ABSTRACT Chirality‐induced spin selectivity (CISS) has attracted extensive interest for its various potential applications. However, the development of high‐spin‐polarization CISS materials still represents a significant challenge. We report the design and preparation of two novel 2D chiral halogen‐bonded organic fram…
Low thermal conductivity of metal hydride beds significantly limits the hydrogen absorption kinetics and performance of metal hydride storage systems. This study presents a new design of a passive internal heat exchanger for a certified MNTZV-159 low-pressure hydrogen storage tank using the Triply Periodic Minimal Sur…
ABSTRACT Neuromorphic signal processing has been performed by lateral metal‐semiconductor‐metal photodetectors supported on wide‐bandgap thin‐film amorphous gallium oxide (a‐Ga 2 O 3 ). Paired pulse facilitation (PPF) observed in the photocurrents of the devices was attributed to charge trapping and de‐trapping in the…