China University of Mining and Technology

How generative artificial intelligence empowers research in the energy economy field: a scientific knowledge map analysis based on CiteSpace

An optimal method for GNSS water vapor tomography based on parameter adaptation

Study on the Feasibility of Enhancing Gas Extraction Efficiency Based on Hydraulic Flushing Combined with Gas Injection Displacement (HF-GID): Model Development and Numerical Simulation

Performance and Mechanism of Fe80P13C7 Metal Glass in Catalytic Degradation of Methylene Blue

This study systematically investigates the catalytic degradation performance and reaction mechanism of Fe80P13C7 Metal Glass (MG) in a Fenton-like system for the removal of Meth...

Directional Transformation of Native Holocellulose into Long-Chain Ether Fuel Precursors over Metal Oxides

Incomplete diesel combustion emits soot and CO. The use of biomass-derived, oxygen-containing diesel additives has been proposed as an effective mitigation strategy. Among these...

The Impact of Mixers on the Performance Enhancing of Two-Phase Liquid Metal Magnetohydrodynamic Power Generator

Development and Application of Online Rapid Monitoring Devices for Volatile Organic Compounds in Soil–Water–Air Systems

To overcome the limitations of lengthy laboratory testing cycles and insufficient on-site responsiveness, this study developed an online rapid monitoring device for volatile org...

Photothermal Interfacial Evaporation Characteristics of PVA/SA–CNT–Borax Hydrogel

ABSTRACT The desalination of seawater has demonstrated significant potential to use solar‐driven interfacial evaporation technologies due to its sustainability, outstanding prod...

The Double-K Fracture Toughness of Concrete with Different Coarse Aggregate Volume Fractions

This study examines how coarse aggregate volume fraction (Va) affects the double-K fracture toughness and fundamental mechanical properties of concrete. Wedge-splitting tests we...

Experimental investigation into shear behavior of loess-red clay composite interface under low-temperature environment

Abstract The shear behavior of the double-layer heterogeneous interface between loess and red clay is crucial for better understanding the formation and evolution mechanism of l...