Institution
South China University of Technology
Recent research
- Climate & EnvironmentOpen access
Fringe Belts in Guangzhou: Morphological Evolution and Value Assessment
Fringe belts serve as the “growth rings” of urban expansion, bearing witness to the historical development and evolution of cities. Previous studies on urban morphology often focused on qualitative research, lacking quantitative measurement of various values in the context of hig...
- Materials & EnergyOpen access
Efficient unidirectional heat transfer is of paramount importance in applications such as satellite thermal control systems and large-scale data centers, where conventional phase-change heat transfer devices exhibit inherent limitations. In this study, a novel phase-change therma...
- BiologyOpen access
ABSTRACT This study presents the discovery and characterization of a novel thermophilic 3-quinuclidinone reductase (ScQR) identified through metagenomic mining of hot spring environments. ScQR, a member of the short-chain dehydrogenase/reductase (SDR) superfamily, was heterologou...
- Materials & EnergyOpen access
This study proposes a novel filler-free buckling-restrained SMA device for self-centering seismic applications. The proposed device consists of an SMA core bar, a confining tube, two swaged sleeves, two restraining sleeves, and two connection parts. The SMA bar includes a fuse pa...
- Climate & Environment
ABSTRACT Rainfall and seismic loading are major factors triggering the instability of moraine slopes widely distributed in the mountainous regions of western China. To investigate the dynamic response and failure mechanisms of moraine soil slopes under combined rainfall and seism...
- Engineering & Technology
Intrinsic Planar Defects Govern Durability in Single-Crystal Ni-Rich Cathodes
Abstract Single-crystal Ni-rich layered oxides are promising cathodes for high energy-density lithium-ion batteries, yet their electrochemical stability remains unexpectedly difficult to reconcile with the anticipated benefits of a grain-boundary-free architecture. Here, we revea...
- Materials & Energy
Reconfigurable mid-infrared metasurfaces with loss-controlled achromatic spin–orbit state detection
Simultaneous manipulation of the spin (polarization) and orbital angular momentum (OAM) of light in the mid-infrared is fundamentally constrained by chromatic dispersion and the static nature of geometric phase profiles in conventional flat optics. Here, we demonstrate that a rec...
- Health & MedicineOpen access
Sequential non-thermal and thermal processing offers a route to jointly adjust the functionality, color/volatile profile and immunoreactivity of gluten-containing systems. This study aimed to evaluate the effects of sequential ultrasound-assisted enzymatic hydrolysis, wheat/rice...
- Climate & Environment
Fulvic acid: a novel biofilm denitrification enhancer
To address the challenges of prolonged start-up cycles and poor operational stability in biofilm reactors for treating high ammonia nitrogen pollution in aquaculture effluent, this study adopted fulvic acid (FA) as a novel biofilm enhancer to systematically analyze its regulatory...
- Materials & Energy
Abstract Lanthanide-doped transparent glass-ceramics (GCs) have emerged as versatile gain media by combining the spectroscopic advantages of crystalline hosts with the processing flexibility of amorphous glasses. Through controlled precipitation of nanoscale crystals, GCs provide...
- Climate & EnvironmentOpen access
This study investigates the effects of local scour on the load-bearing performance of the hybrid skirted foundations subjected to combined loading, using a series of finite element model analyses. A comprehensive numerical model was established and validated against existing fiel...
- Materials & Energy
Controlling the conformation and orientation of enzymes at solid interfaces is a central challenge in the design of functional biohybrid materials, and the outcome depends sensitively on the chemistry and geometry of the enzyme-support interface. Here, a β-ketoester-functionalize...
- Engineering & Technology
Abstract The convergence of fixed and mobile bottlenecks triggers the water hammer effect in highway work zones, significantly contributing to traffic accidents. To mitigate crash risk, this paper proposes a framework (SSPF) and a microscopic prediction model (BMIM) to anticipate...
- Engineering & Technology
Through-Space-Conjugated Viologen Cyclophanes for Single-Molecule Junctions
Abstract Molecular electronics offers a promising route toward device miniaturization beyond the limits of silicon-based technologies, but the rational design of molecular components with stable and tunable charge transport remains challenging. Through-space-conjugated (TSC) viol...
- Engineering & Technology
OBJECTIVES: To examine how roadway geometry and related crash, vehicle, and environmental factors are associated with truck crash injury severity on mountainous freeways while accounting for unobserved heterogeneity and covariance among random coefficients. METHODS: This study an...
- Health & MedicineOpen access
The mutually benefiting relationship between the environment and human health is under threat from the rapid accumulation and trophic transfer of fragmented plastics. While the in vivo presence and adverse effects of nanoplastics in the environment have been increasingly document...
- AI & Computing
Document image rectification aims to restore images degraded by geometric distortions. Existing U-shaped encoder-decoder methods rely on hierarchical upsampling operations to recover dense flow fields, which provide limited control over the displacement at individual grid positio...
- Engineering & Technology
Abstract Flexible alternating-current electroluminescent (ACEL) devices are promising for patterned and mechanically compliant lighting, but integrating optical transparency, dielectric performance, and near-white emission within a simple printed structure remains challenging. He...
- Engineering & Technology
Open framework–based Brønsted acid–Lewis base interfaces boost proton transfer in the fuel cells
Limited proton conductivity within the catalyst layer induces severe ohmic polarizations and constrains power output at high hydrogen-to-electricity efficiencies in proton exchange membrane fuel cells. We demonstrate that proton transfer can be boosted by constructing Brønsted ac...
- Engineering & Technology
Abstract 2D perovskite single crystals (SCs) based on various aromatic diammonium cations have demonstrated significant potential in high-performance X-ray detection. Nevertheless, the relationship between the structure of aromatic diammonium cations and perovskite dimension rema...