Henan University of Technology

Rare-Earth-Encapsulated Phosphotungstates with Dawson and Lindqvist Units for Catalytic Oxidation of Benzyl Alcohol

Abstract Three rare-earth-embedded phosphotungstates with a dimeric sandwich structure containing two types of building blocks (BBs) [NH2(CH3)2]11H[RE(P2W17O61)(W5O18H)]·9H2O [RE = Dy3+ (1), Er3+ (2), Pr3+ (3)] have been synthesized via a one-pot self-assembly strategy. A distinc...

Energy Funneling between Distinct Exciton States in Monophase 2D Lead Halide Hybrid Perovskites Induced by Lattice Distortion

Abstract Energy funneling holds strong promise for highly efficient energy conversion and light-emitting devices. Owing to their unmatched structural diversity, lead halide perovskites constitute an ideal platform to explore energy funneling phenomena and applications, a prominen...

Manganese Carbonyl-Based Peroxidase-like Nanoenzyme Cascading with Glucose Oxidase, Combined with Porphyrin-COFs-Based Phototherapy and CO-Mediated Immunomodulation for Diabetic Wound Repair

Abstract Diabetic wounds remain a global health challenge due to vascular insufficiency, bacterial infection, and persistent inflammation. Herein, we designed and prepared a triple-synergistic nanoenzyme platform with antibacterial, anti-inflammatory, and angiogenesis-promoting e...

Progress on Artificial Muscles: Material Designs, Structural Engineering, and Actuation Strategies for Advanced Applications

ABSTRACT Artificial muscles represent compliant soft actuators capable of replicating biomimetic contraction, which fill the performance gap between rigid electromechanical equipment and biological tissues. This review systematically consolidates cutting‐edge progress across four...

Supplementation with Agrobacterium sp. FN01-Derived Crude Product Dominated by L-β-Galactoglucan Enhances Growth Performance and Nutrient Utilization and Modulates Intestinal Microbiota in Pigs

Polysaccharides are well known for their immunomodulatory properties and gut microbiota-regulating functions; however, their digestive stability and structure-dependent biological mechanisms remain poorly understood. This study investigated the in vitro enzymatic resistance and i...

Understanding the determinants influencing middle-aged and elderly users’ continuous use intention of mobile news apps

This study aims to examine the determinants of middle-aged and older users’ continuous use intention toward mobile news apps. Based on the ECM and the UTAUT2, this study developed a theoretical model to explain users’ continuous use intention after adopting mobile news apps, whil...

Effect of wheat dietary fibers on properties of dough ingredient and corresponding noodles

Abstract To enhance wheat bran (WB) utilization in flour-based foods, total dietary fiber (TDF), soluble dietary fiber (SDF), and insoluble dietary fiber (IDF) were prepared via an acid-enzyme combined treatment, and their effects on the properties of starch and gluten in dough a...

The ameliorative effects of fermented Xinjiang jujube juice by Lactiplantibacillus plantarum GD 03 on iron‐deficiency anemia

BACKGROUND: Jujube is renowned for its iron-supplementing and anti-anemic properties. This research aimed to investigate the influence of Lactiplantibacillus plantarum GD 03 fermentation on the nutritional components of Xinjiang jujube juice, and further to explore the ameliorati...

Dichloramine B: A Reagent for Regioselective Chloroalkoxylation of 3‐Aryloxindoles

A catalyst‐ and additive‐free strategy for the direct chloroalkoxylation of 3‐aryloxindoles has been developed using dichloramine B as a readily available electrophilic chlorinating reagent and alcohols as alkoxy nucleophiles. Notably, dichloramine B is converted to benzenesulfon...

Cumulative Damage Analysis of Column-Bearing Silo Structure Under Mainshock-Aftershock Sequences Effect

The analysis results indicate that when the aftershock intensity is relatively low, the maximum drift angle alone is inadequate to fully reflect the structural damage caused by the aftershock. The residual drift angle is significantly affected by the PGA, storage conditions and d...

Vacuum‐Assisted Impurities Removing Triggered Electronic Configuration Reconstruction of Spent NCM for Ultrafast Lithium Storage

ABSTRACT Attracted by ∼100% element recovery rate, direct regeneration of spent NCM (SNCM) has been deemed as next‐generation recycling strategy. However, practical SNCM is always mixed with inactive impurities (PVDF and conductive carbon), which introduces undesirable heteroatom...

Reinforcement Technologies in Flexible Composite Pipes: Engineering principles, reinforcement architectures and application-based selection

Flexible composite pipes (FCPs) are increasingly used across energy and industrial applications, where their corrosion resistance, low weight, spoolability and installation efficiency offer significant advantages over conventional metallic pipeline systems. Central to their struc...

Reinforcement Technologies in Flexible Composite Pipes: Engineering principles, reinforcement architectures and application-based selection

Flexible composite pipes (FCPs) are increasingly used across energy and industrial applications, where their corrosion resistance, low weight, spoolability and installation efficiency offer significant advantages over conventional metallic pipeline systems. Central to their struc...

Achieving High-Efficient and Reversible Hydrogen Storage of the Sun-Graphyne Monolayers Near Room Temperature by Charge Modulation

Abstract To address the critical demand for high-performance hydrogen storage materials in the hydrogen economy, we systematically investigate the structural, electronic, and hydrogen storage performance of pure and charge-modulated Sun-graphyne (SGY) monolayers using first-princ...

Corrosion inhibition driven by double-bridged-oxygen compact metaphosphate networks in KZnP3O9

Developing corrosion inhibitors with ultrahigh performance and elucidating the atomic-scale mechanisms underlying their corrosion resistance are critical to both engineering and scientific communities. Herein, we report KZnP3O9 crystal and glass corrosion inhibitors for the corro...

Network-wide multipath progression model for signal coordination using subpath connections

Traffic signal coordination is essential for improving urban traffic efficiency. However, existing network-wide models struggle to handle complex multipath turning flows and intense resource competition. To address this limitation, this paper proposes a multipath progression mode...

The ZmmiR169o/ZmNF-YA13 module orchestrates maize kernel texture by fine-tuning starch biosynthesis and endosperm architecture

BACKGROUND: Kernel texture is a key agronomic trait determining grain quality and storage stability in maize. The ratio of vitreous endosperm is the principal metric for kernel texture, and elucidating the key genes governing its formation is vital for maize breeding. Although mi...

From Precursors to Perception: A Unified Framework for Flavor Formation in Roasted Oilseeds

ABSTRACT Roasted oilseeds and their derived oils are globally valued for their characteristic aroma profiles, yet the chemical basis underlying seed‐specific flavor identity remains fragmented across commodity‐focused and method‐dependent studies. This review synthesizes current...

Triptycene-Cored Double [5]Helicene: Chirality Transfervia the R / S Triptycene Core to P / M Helical Motifs

Abstract A series of double [5]helicenes with a triptycene core were synthesized via photocyclization. Single-crystal X-ray analysis unambiguously confirms these helicenes with an R/S triptycene core and two M/P [5]helicene subunits. Transfer of the central axially helical chiral...

Classification of unsound maize kernels using hyperspectral imaging and a dual-domain Mamba network

Accurate identification of unsound maize kernels is critical for reliable grain quality evaluation and safety management during storage. However, spectral variability among kernel components and complex morphological traits present significant challenges for conventional inspecti...