Materials Literature
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This study examines the mass-loading sensitivity (MLS) of Love-type wave (LTW) propagation in a rotating structure composed of a pre-stressed functionally graded piezoelectric-viscoelastic (FGPV) substrate underlying a dissimilar pre-stressed FGPV layer, by introducing a thin sensitive layer at the surface. The analys…
In recent years, implantable neuroelectrodes have been widely applied in various fields, including deep brain electrical stimulation, neuroprosthesis, and recording neuronal electrical activity in neuroscience research. However, with the rapid advancement of neuroscience and brain–computer interface technology, the li…
The dependence of practicable lithium-storage capacity on the charge-discharge rate is crucial for deploying lithium-ion batteries in energy-intensive applications that demand high current densities and short recharge times. Under high-current operation, where most electrode materials fail, Ag stands out as a benchmar…
Abstract Mode veering, a phenomenon where the frequencies of dispersion bands converge and then diverge while exchanging band characteristics, is critical for designing dynamic systems and predicting structural behaviour. Although extensively observed in chiral metamaterial systems, the underlying mechanism governing…
High abundance of microplastics in the environment and its potential dangers have been an increasingly emerging topic in the last decade. Thus far, research on microplastics has focused mainly on water systems, sewage, and soil, where they have been described as additional surfaces and vectors for microorganism growth…
The remediation of trace metals and organic pollutants using waste-derived nanomaterials (WDNs) has emerged as an effective, economical and sustainable approach for environmental protection. Functional nanomaterials with fascinating properties, including high surface area, tunable porosity, modifiable surface function…
Abstract Repeated feasibility checks, rather than candidate generation alone, often dominate motion-planning cost in cluttered environments. We propose a quantum pathplanning framework based on discrete-time quantum random walks (QRWs), in which candidate move sequences are generated in coherent superposition and filt…
In this study, wood-rotting basidiomycetes were screened for cellulase and xylanase production in submerged fermentation of crystalline cellulose and lignocellulosic materials. Phanerochaete chrysosporium ATCC 24725 was selected as the most promising enzyme producer, and the physiological mechanisms controlling the sy…
Determining the oxygen barrier packaging material is crucial for maintaining the quality and freshness of chilled chicken during low-temperature storage. Chilled chicken was packaged in three materials with different oxygen permeability: medium-oxygen-barrier packaging (MORP, 23.95 cm3/(m2·24 h·0.1 MPa)), low-oxygen-b…
This paper introduces the Quantum Entanglement Pressure Effect (QEPE), a theoretical framework in which quantum entanglement modifies the effective mechanical pressure of a system. We formalize the relation \(P_E = f(S_E)\), where \(P_E\) denotes the entanglement‑induced pressure correction and \(S_E\) is the entangle…
Abstract The catalytic properties of transition-metal oxides (TMOs) are largely defined by their surface bonding. However, an accurate description of adsorption in these systems remains elusive. In this study, we focus on descriptors of catalytic activity, oxygen evolution, and reduction reactions using the Integrated…
Developing artificial muscles with simultaneous high actuation performance and mild activation conditions is highly needed but still challenging. Here we broke the limitations through a hierarchical structure design of a dual-stimuli-responsive shape memory polymer (SMP) network, achieved by integrating a double-tail…
Reproducible code and analysis results for the H2T-CBD paper.
Abstract Polymer heat exchangers are attractive for compact thermal energy storage (TES) systems due to their compatibility with additive manufacturing, corrosion resistance, and geometric flexibility; however, their low thermal conductivity introduces uncertainty regarding achievable performance. This study experimen…
Abstract Indocyanine green (ICG) holds promise for near-infrared-II (NIR-II) fluorescence imaging but is hindered by poor photostability, rapid clearance, and lack of targeting specificity. To address these challenges, we engineered a tumor-targeted nanoprobe (cRGD@ICN) by encapsulating ICG within a calcium carbonate…
Periodontal implant materials must exhibit adequate bioactivity, corrosion resistance and compatibility with the aggressiv e oral env ironment to ensure long-term performance. Traditional implant materials, such as titanium alloys and stainless steel, provide good mechanical strength but possess limited surface bioact…
We present a continuous parameter phenomenological model for chemical bonds. Based on a unified parameterization of bond length and bond energy, we introduce the concept of bond structure looseness, explaining the continuous transition between different bond types. The model predicts bond lengths for 54 covalent bonds…
Thin-walled metallic tubes are widely used as energy-absorbing components in structures subjected to impact loading due to their high crashworthiness efficiency. While the axial impact behaviour of monolithic tubes has been extensively investigated, the response of layered thin-walled tubes remains insufficiently unde…
Reproducible code and analysis results for the H2T-CBD paper.
Abstract Microplastics (MPs) are increasingly being detected in municipal wastewater treatment plants (WWTPs), from which they are partially removed, transferred to sludge, or discharged with treated effluent. Although research on microplastics in aquatic environments has grown rapidly, clear and practical guidance fo…