Shuo Zhang

Gap-Triggered Bandgap Modulation in a Metamaterial Structure

Caojie Xu, Yongyan Zhang, Min Cao, Shuo Zhang et autres

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Reliability-aware multimodal fusion for robust information processing in uncertain industrial environments

Bo Zhu, Tao Geng, Shuo Zhang, Jianlei Cui et autres

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Interpretable Optimization Design of Polygonal Pretensioned Concrete Bulb-T Girders Considering Tendon Section Coordination and Performance Cost Efficiency

Hongzhi Xu, Qingfei Gao, Bowen Ruan, Shuo Zhang et autres

The design of polygonal pretensioned concrete girders involves a practical conflict among load-carrying capacity, stiffness, ductility, damage control, and material cost. In conventional design, these characteristics are strongly coupled: increasing web thickness may improve stiffness but reduce ductility, while modifying tendon inclination …

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Sandwich-type locally resonant acoustic metastructure with tunable bandgap

Yongyan Zhang, Wuyi Yang, Shuo Zhang, Piaoyang Dang et autres

Abstract Conventional local resonance (LR) structures often require modifications in size or geometry to achieve optimal performance. This paper proposes a sandwich-type locally resonant acoustic metastructure whose bandgap can be tuned simply by adjusting the angle ratio, which enables the effective suppression …

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Low-frequency bandgap within the lightweight crossbeam metastructures with customizable stiffness ratios

Piaoyang Dang, Zhuqun Mao, Yongyan Zhang, Shuo Zhang et autres

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Trends and prescribing patterns of antiosteoporosis medicines in Chinese patients: a real-world retrospective study

Shuo Zhang, Mengyao Xue, Mu Chen, Nan Peng et autres

BACKGROUND: The availability of new anti-osteoporosis medications (AOMs) and updates to clinical guidelines in recent years may have substantially influenced real-world prescribing patterns. AIMS: To assess trends in the utilization, prescribing patterns of AOMs and related influencing factors in Eastern China. METHODS: …

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Anion‐Shielded Porous Organic Cages for High‐Performance Xenon/Krypton Separation

Zhiyuan Zhang, Ying Yue, Yuelin Li, Mengmeng Jin et autres

Abstract The separation of Xe and Kr poses a significant industrial challenge. Herein, we demonstrate an anionic shielding strategy that effectively spatially confines anions within the cage's cavities, constructing unprecedented individually positively charged channel‐based adsorbents for Xe/Kr separation. Building on this approach, …

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Anion‐Shielded Porous Organic Cages for High‐Performance Xenon/Krypton Separation

Zhiyuan Zhang, Ying Yue, Yuelin Li, Mengmeng Jin et autres

Abstract The separation of Xe and Kr poses a significant industrial challenge. Herein, we demonstrate an anionic shielding strategy that effectively spatially confines anions within the cage's cavities, constructing unprecedented individually positively charged channel‐based adsorbents for Xe/Kr separation. Building on this approach, …

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QseedNet: A lightweight deep-learning framework for detection of quarantine weed seeds in imported soybean inspection

Jianwei Qiang, Xi Qiao, Yun Yu, Ze Liu et autres

Quarantine weed seeds in imported soybeans pose significant ecological and economic risks, necessitating highly accurate differentiation between quarantine and non-quarantine weed species. However, conventional manual identification methods are often slow and susceptible to human error, particularly due to the high morphological similarity …

Microcavity Engineering for Tunable, Narrowband Perovskite Photodetectors with Enhanced Detectivity and Wavelength Selectivity

Xianwen Liu, Xuyang Li, Dan Kuang, Qi Yao et autres

Perovskite photodetectors are highly attractive for narrowband detection, yet most reported devices depend on optical filters or complex architectures, limiting integration and scalability. Here, we present a microcavity–engineered perovskite photodetector that achieves filter-free, multiwavelength narrowband operation. By modulating both the Ag electrode …

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Humidity‐Resistant Methane Single‐Molecule Traps for Efficient Separation of Coal‐Bed Methane

Junhua Wang, Yuelin Li, Qiong Lei, Shuo Zhang et autres

Abstract The rational design of efficient adsorbents for methane capture from coal‐bed methane (CBM) is crucial for both energy utilization and environmental protection. In this study, a novel “methane single‐molecular trap” (MSMT) architecture is reported within a metal–organic framework (MOF) for CH …

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Electroactive Model‐Guided Design of Conductive Metal–Organic Framework Heterojunctions for Enhanced Photocatalytic Performance

Zhijie Xie, Weichao Xue, Yingying Jiang, Shuo Zhang et autres

Abstract Heterojunction engineering in nanomaterials has been a cornerstone of research in diverse fields owing to its profound impact on charge transport and interfacial properties. However, despite recent insights suggest that precise control over the heterostructures is critical for optimal functionality, a …

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