Liaocheng University

Study on the fracture characteristics controlled by filling ratio in cut-and-fill mining

To mitigate surface subsidence and stope instability induced by an insufficient filling ratio in cut‑and‑fill mining, this study investigates overlying strata fracture characteristics and instability mechanisms by means of similar material simulation, PFC numerical modeling, and...

3D DNA Framework-Encoded Multicolor DNA Amplifiers Permit Dual-Modal Simultaneous Imaging of Intracellular Multiplexed mRNAs

Abstract High-sensitivity, simultaneous visualization of multiple low-abundance intracellular mRNAs is appealed to elucidating their synergistic functions and guiding cancer diagnosis and treatment. Engineered nanoprobes integrating anti-enzymatic degradation, efficient signal am...

Well-dispersed CuZn catalysts supported on mesoporous alumina for efficient methanol steam reforming via EDTA-assisted impregnation

Methanol steam reforming (MSR) is a promising hydrogen production technology, but conventional Cu-based catalysts suffer from insufficient activity and stability. Herein, mesoporous Al-TUD-1 with large surface area and three-dimensional porous structure was prepared by using a fa...

Estimating Downward Shortwave Radiation over Complex Terrain: Synergizing Sentinel-2 Imagery and Topographic Data via Physics-Guided XGBoost

Downward shortwave radiation (DSR) varies strongly across mountain slopes, and products designed for horizontal surfaces may not resolve this variability. We estimated slope-parallel DSR at eight Saihanba sites using Sentinel-2 imagery, topography, atmospheric inputs, and BRDF-in...

Integrated characterization of the gut microbiome and metabolome in female Père David’s deer (Elaphurus davidianus) across a reproductive transition

Although the gut microbiota plays a critical role in energy harvesting in ruminants, the restructuring of the microbiome–metabolome axis during the transition from late pregnancy to the postbreeding season remains poorly understood in the endangered Père David’s deer ( Elaphurus...

Tartrate-Assisted Hydrothermal Calcination Strategy for Compositionally Tunable Doped ZnO: Synthesis and Representative OER Evaluation

Abstract Metal doping provides an effective means of regulating the structure, defect chemistry, and functional properties of ZnO. Here, we report a tartrate-assisted hydrothermal-calcination strategy for preparing metal-doped ZnO with tunable compositions. Zn and dopant metal sa...

Defect-rich BiOCl nanosheets for ultrahigh-rate aqueous alkaline batteries

Energy density and power density are critical parameters in energy storage devices. The development of “dual-high” (high energy and high power) electrode materials is a pivotal challenge in electrochemical energy storage. To achieve superior capacity retention during fast chargin...

Recent advances in Ganoderma lucidum-derived bioactive components for cancer therapy

Abstract Ganoderma lucidum has attracted increasing attention in cancer research because of its diverse bioactive components and immunomodulatory properties. However, its antitumor effects are often discussed as broad “anticancer activity”, which may obscure the distinct roles of...

Graphene Photodetectors Toward Practical Technologies for Biosensing: Mechanisms, Architectures, Applications, and Integration Challenges

Graphene, with its 2D structure, zero bandgap, high carrier mobility, and broadband absorption, is an ideal platform for next-generation photodetectors with substantial promise for biosensing applications. This review summarizes recent progress in graphene photodetectors along th...

Nodulation Signaling Pathway 2: A Proposed Multifunctional Signaling Hub for Coordinating Plant Architecture, Rhizosphere Chemistry, and Symbiotic Associations Under Nutrient Stress

Under nutrient stress, plants adjust shoot branching, root remodeling, and symbiotic associations to optimize survival and growth. The GRAS-type transcription factor NODULATION SIGNALING PATHWAY 2 (NSP2) participates in these responses through context-dependent interactions with...

Pressure‐Induced Single‐Molecule Deformation Enables 208‐Fold Photoluminescence‐Intensity Enhancement in Zero‐Dimensional Copper Iodide Hybrids

ABSTRACT Hybrid metal halides exhibit diverse excited‐state behaviors, yet the molecular‐level origin of pressure‐induced emission enhancement (PIEE) remains elusive. Here, we develop a rational molecular design strategy to isolate pressure‐induced single‐molecule deformation as...

White clover-tea intercropping modulates rhizosphere microbiome composition and structure

Leguminous plants are widely incorporated into intercropping systems because of their nitrogen-fixing capabilities. The effects of intercropping white clover on the composition and functional characteristics of rhizosphere soil microbiota in tea plantations were investigated. Met...

Mo-Dopant Mediated Intra-lattice Ultrashort-range Hydrogen Spillover for Ampere-Level Alkaline Hydrogen Evolution

Abstract Hydrogen spillover is an effective strategy to improve the efficiency of the hydrogen evolution reaction (HER), but the challenges remain in creating efficient spillover channels. Herein, an intra-lattice ultrashort-range hydrogen spillover strategy is proposed, which wa...

Inulin-modified nano selenium biocomposite with dual-targeting capability mitigates polystyrene nanoplastic-induced hepatic ferroptosis

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...

Turning social concerns into entrepreneurial intentions: unpacking the role of social entrepreneurship in emerging economies

Purpose This study examines how social entrepreneurship influences social entrepreneurial intentions among university students in a developing economy. It explores the sequential mediating roles of entrepreneurial attitude and entrepreneurial motivation, as well as the moderating...

A Diethylene Glycol-Regulated Aqueous Electrolyte for Zinc-Ion Hybrid Capacitors Operating from −40 to 60 °C

Aqueous zinc-ion hybrid capacitors (ZIHCs) have attracted considerable attention for safe and sustainable energy storage; however, their practical application under variable temperature conditions remains challenging due to electrolyte freezing at low temperatures, accelerated wa...

Adaptive Improved Practical Finite‐Time Tracking Strategy for MIMO Stochastic Nonlinear Systems and Its Application in Flexible Robotic Manipulator

ABSTRACT This article proposes an improved command‐filtered adaptive practical fast finite‐time tracking strategy for multi‐input multi‐output (MIMO) stochastic nonlinear systems. Compared to existing approaches, it targets three critical unresolved challenges: (1) intermittent o...

Colossal and ReversibleBarocaloric and Solvent-CaloricEffects in a T C-Adjustable Spin-CrossoverComplex

Abstract Barocaloric effects (BCE) represent an appealing refrigeration technology and have attracted great interest recently. However, most BCE materials still cannot meet real-world refrigeration requirements because of their fixed phase transition temperature TC and the signif...

Lighting Up Yb‐MOF Across Visible and NIR Regions Through High‐Pressure Engineering

ABSTRACT Lanthanide metal‐organic frameworks (Ln‐MOFs) provide a robust platform for developing multifunctional materials with efficient dual emissions from both organic and Ln 3+ centers. However, the structural parameters that govern their intrinsic emission properties, as well...

Genetic Determinants of Milk Production Phenotypes in Dairy Goats: A Review

Dairy goats sustain milk production across marginal environments worldwide, yet genetic improvement of milk yield and composition remains slower than in cattle, constrained by smaller reference populations and limited functional validation. This review consolidates current eviden...