Qingyi Mu
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View article: Optimizing Compaction Density for Accurate Electrochemical Characterization of Graphite Anodes in Li-ion Simulated Cells
Optimizing Compaction Density for Accurate Electrochemical Characterization of Graphite Anodes in Li-ion Simulated Cells Open
Graphite anodes are critical for lithium-ion batteries, and simulated cells are indispensable tools for their electrochemical evaluation. However, the accuracy of these tests is often compromised by the overlooked parameter of compaction d…
View article: Development of soil type-independent calibration relationships for water content and dry density measurements using time-domain reflectometry
Development of soil type-independent calibration relationships for water content and dry density measurements using time-domain reflectometry Open
Soil water content and dry density are critical parameters for assessing loess collapsibility and other geotechnical applications. However, existing time-domain reflectometry (TDR) calibration methods are often constrained by soil-specific…
View article: Revealing the Role of Interface Disorder in Modulating Critical Current Density of Josephson Junctions
Revealing the Role of Interface Disorder in Modulating Critical Current Density of Josephson Junctions Open
Suppressing critical current density (Jc) fluctuations in Josephson junctions is essential for improving the reproducibility and scalability of superconducting quantum processors. Despite many elucidations of microscopic mechanisms, the ph…
View article: Propagation mechanism of E’-center and NBOHC in fused silica induced by gamma-ray irradiation
Propagation mechanism of E’-center and NBOHC in fused silica induced by gamma-ray irradiation Open
The degradation of optical transmittance induced by the propagation of point defects in fused silica under gamma-ray irradiation severely threatens the service life of optical components. Existing studies have recognized the importance of …
View article: Study on interpretation of Marine Geotechnical parameter based on static sounding
Study on interpretation of Marine Geotechnical parameter based on static sounding Open
In recent years, the rapid rise of offshore wind power. Compared with other Marine exploration means and methods, pore pressure static penetration test is more economical, more efficient and more reliable. It has been widely used and is an…
View article: The Hydraulic Behaviour of an Unsaturated Lean Clay with Different Pore Sizes and Pore Shapes
The Hydraulic Behaviour of an Unsaturated Lean Clay with Different Pore Sizes and Pore Shapes Open
View article: Genesis, Characteristic and Disaster Effects of Loess Meso-Interfaces: A Field Geological Investigation
Genesis, Characteristic and Disaster Effects of Loess Meso-Interfaces: A Field Geological Investigation Open
View article: A New and Simple Hydraulic Characteristic Model of Unsaturated Rooted Soils Considering Pore Creation and Non-Uniform Pore Occupation
A New and Simple Hydraulic Characteristic Model of Unsaturated Rooted Soils Considering Pore Creation and Non-Uniform Pore Occupation Open
View article: Effects of Compaction Water Content on Water Retention and Deformation Behavior of Compacted Loess
Effects of Compaction Water Content on Water Retention and Deformation Behavior of Compacted Loess Open
Compacted loess is widely used as a construction material in engineering practices. The compaction dry density and compaction water content have significant effects on the hydromechanical behavior of compacted loess, thereby influencing th…
View article: Effects of In-Situ Drying–Wetting Cycles on the Stress-Dependent Water Retention Behavior of Intact Loess
Effects of In-Situ Drying–Wetting Cycles on the Stress-Dependent Water Retention Behavior of Intact Loess Open
Understanding the effects of in-situ drying–wetting pattern on the stress-dependent water retention curve of intact loess is vital for addressing geotechnical problems in loess regions. The principal objective of this study is to investiga…
View article: Physiological response of winter wheat (Triticum aestivum L.) during vegetative growth to gradual, persistent and intermittent drought
Physiological response of winter wheat (Triticum aestivum L.) during vegetative growth to gradual, persistent and intermittent drought Open
Drought priming at the vegetative growth stage has been demonstrated to be an effective water regulation strategy to enhance drought resistance in wheat. Therefore, exploring the stress response of winter wheat to different soil water chan…
View article: Numerical investigation on light non–aqueous phase liquid flow in the vadose zone considering porosity effects on soil hydraulic properties
Numerical investigation on light non–aqueous phase liquid flow in the vadose zone considering porosity effects on soil hydraulic properties Open
In the management of light non–aqueous phase liquid (LNAPL)‐contaminated ground, numerical simulation is widely used to analyze LNAPL flow in the unsaturated soil (vadose) zone. Porosity effects on the hydraulic properties of unsaturated s…
View article: Correction to: Detection of ionic contaminants in unsaturated soils using time domain reflectometry penetrometer
Correction to: Detection of ionic contaminants in unsaturated soils using time domain reflectometry penetrometer Open
View article: Compression and wetting induced volumetric behavior of loess: Macro- and micro-investigations
Compression and wetting induced volumetric behavior of loess: Macro- and micro-investigations Open
View article: An unfrozen water retention curve for capturing soil density and specific surface effects
An unfrozen water retention curve for capturing soil density and specific surface effects Open
Unfrozen water retention curve (UWRC) defines the relationship between temperature and unfrozen water content in frozen soils. Although many models have been proposed for the UWRC, these existing models cannot predict UWRC well over a wide…
View article: Water-retention curves of loess under wetting−drying cycles
Water-retention curves of loess under wetting−drying cycles Open
Water-retention curves (WRCs) of intact, compacted and reconstituted loess were investigated using a pressure plate extractor. All specimens were prepared having the same initial density and subjected to two cycles of drying and wetting in…
View article: Stress Effects on Soil Freezing Characteristic Curve: Equipment Development and Experimental Results
Stress Effects on Soil Freezing Characteristic Curve: Equipment Development and Experimental Results Open
Core Ideas A triaxial apparatus is developed to measure stress‐dependent SFCC. Unfrozen water content of clay and sand increases with increasing confining stress. Stress effects on the SFCC of clay are more significant than sand. The soil …
View article: Effects of boundary conditions on cyclic thermal strains of clay and sand
Effects of boundary conditions on cyclic thermal strains of clay and sand Open
The thermal oedometer has been widely adopted to determine soil deformation under heating and cooling. Very often an oedometer ring made of steel is used to confine a soil specimen laterally. To investigate and quantify the effects of boun…