Quantitative Raman Spectroscopic Determination of the Composition, Pressure, and Density of CO2-CH4 Gas Mixtures by Ying Chen, I-Ming Chou

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Unveiling pressure-induced anomalous shear behavior and thermoelasticity of α-Fe2O3 hematite at high pressure by Yongtao Zou, Pei Wang, Ying Li, Haiyan Chen, Cangtao Zhou, Tetsuo Irifune

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Solid–liquid phase change in planetary cores by Huguet, Ludovic, Kriaa, Quentin, Alboussière, Thierry,  Le Bars, Michael

“…Besides, due to the inaccessible nature of the planetary deep interior, our understanding relies on indirect data from seismology, mineral physics, geochemistry, and magnetism. Consequently, phase-change-driven flows in planetary cores constitute a compelling yet challenging area of research. …”
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Analysis of influencing factors of physical fatigue based on grounded theory-entropy weight TOPSIS model by Shuicheng TIAN, Xuteng BAI, Hongxia LI, Xiaoya ZHANG, Junrui MAO

“…In order to effectively control the occurrence of human accidents caused by physical fatigue of miners, in this study, grounded theory is used to construct the index system of influencing factors of miners’ physical fatigue and the questionnaire of miners’ physical fatigue is developed; based on the data of the questionnaire, entropy weighting method is used to explore the influence degree of each index on miners’ physical fatigue, and put forward corresponding safety management promotion strategies; and TOPSIS model is applied to evaluate the physical fatigue of 15 miners randomly selected. …”
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