Wuhan University of Technology

Self‐Assembled Dual‐Drug Nanoparticles for Tumor‐Targeted Delivery and Enhanced Antitumor Chemo‐Immunotherapy

ABSTRACT Insufficient tumor‐targeting accumulation and the immunosuppressive tumor microenvironment (TME) greatly restrict the efficacy of chemo‐immunotherapy. Herein, AWS@PTNC nanoparticles (NPs) are elaborately fabricated via self‐assembly of paclitaxel dimer and serine synthes...

Life cycle cost-oriented energy management and configuration co-optimization for fuel cell hybrid ships

Fuel cell hybrid ships (FCHS) face challenges in balancing economic optimization, power allocation, and capacity configuration. This study develops an energy management strategy coupled configuration optimization framework integrating adaptive cut-off frequency and low-pass filte...

A Novel Framework for Joint Segmentation-Registration-Bias Correction in Low-Contrast Images

Abstract. Low-contrast medical images pose significant challenges for segmentation due to weak intensity gradients and ambiguous boundaries (e.g., in prostate or brain tumor regions). Traditional methods, such as thresholding or edge detection, often fail to simultaneously addres...

Considerable Anisotropy Magnetoresistance by Oxygen-Mediated Spin State Manipulation in a Highly Textured Multilayer for Ultrasensitive Sensor Application

Spin state manipulation in anisotropy magnetoresistance (AMR) materials is key to improving their transport property for constructing highly sensitive and direction-resolvable magnetic sensors. Currently, the mainstream strategy of tuning the transport property focuses on the mod...

Graph-Interaction-Prediction-Based Planning of Safe Flight Intervals and Dynamic 3D Paths for UAVs

To address the challenge of directly translating predicted distributions of dynamic obstacles into three-dimensional (3D) planning constraints during unmanned aerial vehicle (UAV) flight, we propose Torch GIP-RB-SI-3DA*, a graph-interaction-prediction-based method for planning sa...

Polarization-enhanced ultrafast carrier transfer dynamics in Ga2O3/WS2 heterojunctions

Polarization engineering offers a promising strategy to enhance photogenerated carrier separation in van der Waals heterojunctions. Herein, the mechanisms governing polarization-enhanced carrier separation in Ga2O3/WS2 are investigated using nonadiabatic molecular dynamics. The r...

Engineering Residual Rock‐Salt Reconstruction through Near‐Surface Fluorine Regulation for Stable 4.6 V Cycling of Regenerated Spent Layered Oxide Cathodes

ABSTRACT Direct regeneration enables high‐value recovery of spent layered oxide cathodes, but their high‐voltage reuse requires stabilization of both regenerated surface and lattice oxygen beyond bulk compositional restoration. Here, we report a high‐voltage upcycling strategy fo...

A carbon-sequestering cementitious binder: Synergistic mechanisms of carbonated steel slag and carbonated carbide slag on hydration and strength development

The complementary use of carbonated carbide slag (CCS) and carbonated steel slag (CSS) enables substantial cement substitution, but their composition-driven hydration synergy remains unclear. In this study, CCS and CSS were incorporated individually and jointly into Portland ceme...

Temperature and emissivity retrieval from ground-based thermal infrared hyperspectral imagery of open scene

Since the measured radiance in ground-based thermal infrared hyperspectral imagery of open scenes is simultaneously influenced by target surface emission, atmospheric path emission, and environment-reflected radiance, accurately retrieving surface temperature and emissivity for c...

The Effect of Silicone Modification on the Thermo-Oxidative Degradation and Mechanical Property Retention of CFRP Laminates

The mechanical properties of CFRP laminates degrade significantly in extreme thermal environments above the onset temperature of thermo-oxidative degradation of the matrix. This study investigates the thermo-oxidative damage evolution and mechanical degradation mechanisms of CFRP...

A Reliability-Based Robust Design Optimization Method for Unmanned Surface Vessel Berthing Trajectory Planning Under Uncertainty

Uncertainty may affect the effectiveness and feasibility of berthing trajectory planning for unmanned surface vessels. To enhance the disturbance-rejection capability and robustness of unmanned surface vessel berthing trajectory planning under uncertainty, this study proposes a r...

Recent Advances in Flexible Transparent Electrodes With Embedded Metal Grids: From Design, Fabrication to Application

ABSTRACT Flexible transparent electrodes with embedded metal grids (EMTE) has great potential for applications in flexible displays, energy storage/conversion, wearable electronics, and multi‐functional sensors, etc. Their high electrical conductivity, optical transparency, mecha...

Automated morphometric modelling of an endangered freshwater cetacean from unscaled UAV imagery using an internal scaling framework

With the rapid advancement of drone technology, aerial photogrammetry has been increasingly applied to morphometric research, particularly for endangered species, owing to its fully non-invasive nature. Photogrammetry-derived morphometric models (e.g., three-dimensional reconstru...

Study on the explosion suppression efficiency and mechanism of modified dry water material in ammonia-hydrogen-air mixture

Ammonia-hydrogen mixture is a promising zero-carbon fuel, but its production, storage, transportation, and utilization processes carry significant explosion risks. This study aims to prepare modified dry water (KMDW) by compounding different potassium salts with melamine polyphos...

A novel transient zero-dimensional physics-based model of vanadium redox flow batteries with electrolyte crossover-induced capacity fade

Conventional lumped models of vanadium redox flow batteries (VRBs) typically neglect bulk electrolyte transfer because its effects are often insignificant over short time scales. This simplification, however, prevents accurate representation of electrolyte crossover-induced volum...

Oxophilicity‐Driven Room‐Temperature C─O Cleavage Over Single‐Atom W‐Doped MoS 2

ABSTRACT The efficient cleavage of C─O bonds under mild conditions is essential for biomass upgrading yet remains challenging due to their kinetic inertness. Conventional MoS 2 catalysts require elevated temperatures or high sulfur‐vacancy densities to achieve meaningful activity...

A two-stage weather routing strategy for container ships with container loss prevention

Container loss accidents caused by severe weather pose a serious threat to the reputation of shipping companies and damage the marine environment. However, most existing ship weather routing strategies only focus primarily on economic performance, or ensure navigation safety base...

Direct Regeneration of Spent LiFePO 4 Cathodes by Liquid‐Phase‐Mediated Reconstruction

Directregeneration of spent LiFePO 4 (S‐LFP) cathodes is imperative for sustainable battery recycling, yet it remains severely hindered by inherent structural degradation, specifically lithium depletion and irreversible Fe 3+ formation. Herein, we propose a facile, one‐step liqui...

An efficiency-oriented hierarchical energy management strategy for renewable electric-hydrogen systems with adaptive multi-stack PEMFC activation

Abstract The growing integration of renewable energy sources requires efficient management strategies for electric-hydrogen coupled systems. Conventional single fuel cell configurations suffer from limited power capacity and poor efficiency under dynamic conditions, while existin...

A subjective-objective composite risk perception field for AIS-based ship collision avoidance behaviour analysis in coastal waters

Coastal waters are characterised by dense traffic, constrained navigable space, heterogeneous vessel types and frequent encounters. Collision avoidance behaviour reflects not only physical collision risk but also navigators’ perceived spatial pressure, which conventional DCPA, TC...