Materials Literature
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Abstract The magnetic properties of FeCo nanowires are determined by their microstructure. By annealing as-deposited nanowires in reductive and oxidative atmospheres, we obtain two distinct microstructural states: a highly crystalline FeCo alloy phase and a CoFe 2 O 4 spinel phase derived from complete transformation…
Abstract The synthesis of multielemental nanoparticles with size- and shape-control has been studied over the last several decades due to their diverse applications in catalysis, plasmonics, solar cells, electronics, and even as theranostics. While solution-phase methods afford remarkable structural control in mono- a…
The ability of organic semiconductors to be mechanically flexible, adjustable in their electronic properties, solution processable, and biocompatible has led to their identification as key materials for Neuromorphic and Bioelectronic systems. This review summarizes the relationship between molecular design, crystallin…
ABSTRACT In this work, we propose molecular‐level crystallization mechanisms, based on non‐classical nucleation theory, using theoretical supramolecular energetic and topological data. The interactions calculated by computational tools were verified and energetically classified by density functional theory (DFT), and…
This study successfully constructed a highly efficient and stable photocatalytic system based on a triple synergistic catalytic mechanism involving multimetal component synergy, interfacial charge rearrangement, and Schottky barrier modulation. One‐dimensional axially oriented superlattice Cd 0.6 Mn 0.4 S nanorods wer…
TOPOLOGICAL BOUNDING OF DEONTIC LOGIC IN HIGH-DIMENSIONAL LATENT SPACES: THE EL-RAKHAWI FRAMEWORK
Abstract Cracking failure of thermal barrier coatings (TBCs) in advanced gas turbines under bending loads presents a persistent engineering challenge, particularly regarding how cracks compete and propagate through multilayer structures. This study addresses that challenge by constructing a micromechanical model based…
Corrosion of buried and submerged steel infrastructure is a critical challenge in Nigeria’s oil, gas, and water industries, resulting in significant economic losses and environmental risks. Cathodic protection (CP) is widely adopted to mitigate corrosion, yet studies conducted in Nigerian environments—such as swampy s…
INTRODUCTION AND AIMS: Nanomaterials hold great promise for applications in bone tissue engineering. Dental pulp stem cell (DPSC) lysate, as a kind of intracellular lysate, has attracted increasing attention as a bioactive, cell-free therapeutic component in bone tissue engineering. Zeolitic imidazolate framework-8 (Z…
Prospective, time-stamped opening-session addendum to FHAT Technical Note #008, registered before the August 17, 2026 09:30 EDT regular-session open for SOXL (Direxion Daily Semiconductor Bull 3X Shares). Does not revise TN008's frozen $140–$169 two-stage expansion–reset framework. This note freezes the August 17 pre-…
DRAM电容介质在1z nm节点以下面临漏电×EOT缩放的硬约束(IMW 2020),产业30年以掺杂钉扎四方相稳定高k介质(ZrO₂/HfO₂基)为应对——但这一长期实践缺少统一的判据语言。本文用场域理论框架(材料=密度聚类场ρ=m·p;相变候选=失效线R'=1平衡区;剪切软模=相变活性签名)对DRAM高k介质给出可计算判据坐标。核心结果:①软模判据产业命中验证——高k介质家族6材料对照中,唯一具有反铁电(AFE)相变活性的ZrO₂恰好是唯一落软模区(C44=20.3 GPa≤阈值22.7)的Hf/Zr氧化物,其余产业稳定介质全部不软(正1/1负4/4);②二维判据空间——软模轴(相变活性/0K亚稳)×带隙轴(漏电墙),ZrO₂…
Defects in crystalline solids are conventionally regarded as sources of disorder that degrade material performance. Recent observations in engineered two‑dimensional (2D) systems suggest that defects can instead act as carriers of topological information, encoding robust quantum states that are resilient to local pert…
Adhesive bonding of Fiber-Reinforced Polymer (FRP) patches is increasingly used to strengthen steel structures. Considering that carbon FRP (CFRP) and epoxy adhesives are the primary materials in industrial applications, this study explores the feasibility of hybridizing CFRPs with Flax FRPs (FFRPs) and the effects of…
ABSTRACT Gel polymer electrolytes (GPEs) show great promise in lithium–sulfur (Li–S) batteries, but their practical application is limited by the high enthalpy of Li + desolvation and the slow conversion rate of polysulfides, which disrupt the redox pathway and accelerate capacity decay. Here, we propose an enthalpy‐e…
Variational Quantum Eigensolvers (VQE) require hundreds to thousands of quantum circuit evaluations to converge from random parameter initialization, severely limiting practical application on near-term NISQ hardware. We investigate whether a 13,156-parameter transformer encoder trained on Hamiltonian-to-optimal-param…
Medicinal plants have been widely recognized for their nutritional and therapeutic significance and have remained an integral part of traditional healthcare systems across the world for centuries (Kafaru et al., 1994). Boerhavia diffusa linn., commonly known as Punarnava, is an important Medicinal herb, extensively us…
The supplementary material provides additional information on the descriptor preprocessing details, quantum chemical de- scriptor interpretations, molecular dynamics simulation protocols, complete SHAP feature importance rankings, and optimized model hyperparameters
The EPHEW principle shows that a 240‑element E8‑root phononic lattice, driven at 132 Hz with successive φ‑phase shifts, produces a self‑similar cascade of bandgaps whose spectral signatures encode a scalable arithmetic invariant that mirrors the ABC conjecture's quality. By feeding the lattice's frequency response int…
Industrial waste utilization in concrete can reduce the consumption of conventional cementitious and fine-aggregate materials while providing a practical route for waste management. This experimental study evaluates M30 concrete containing waste glass powder as a partial cement replacement and foundry sand as a partia…
Cold atmospheric plasma generates reactive oxygen and nitrogen species (RONS) that dissolve in water, forming plasma-activated water (PAW) and inducing complex chemical changes and biological responses. PAW, enriched with nitrogen (N) species, emerges as a sustainable alternative to fertilisers by combining signalling…