Regression situation of each cross-section. by Puzhen An (21169189)

“…Furthermore, as the coarse particle content rises, the strata loss rate tends to decrease gradually. The final settlement curve, calculated using the method that considers changes in coarse particle content, is closer to the measured values. …”

Statistical Table of Formation Loss Rate <i>V1.</i> by Puzhen An (21169189)

“…Furthermore, as the coarse particle content rises, the strata loss rate tends to decrease gradually. The final settlement curve, calculated using the method that considers changes in coarse particle content, is closer to the measured values. …”

Fitting Results for Each Operating Condition. by Puzhen An (21169189)

“…Furthermore, as the coarse particle content rises, the strata loss rate tends to decrease gradually. The final settlement curve, calculated using the method that considers changes in coarse particle content, is closer to the measured values. …”

The Throttle Effect in Metal–Organic Frameworks for Distinguishing Water Isotopes by Xiao Xiao (99147)

“…When we pushed the Ura occupancy to its limit (from 59% to 76% and 98%), the diffusion rate decreases by 2 orders of magnitude. Most importantly, there is a significant dissymmetry between the two-way exchange rates of solvents, and the rates of H₂O and D₂O became distinguishable. …”

The Throttle Effect in Metal–Organic Frameworks for Distinguishing Water Isotopes by Xiao Xiao (99147)

“…When we pushed the Ura occupancy to its limit (from 59% to 76% and 98%), the diffusion rate decreases by 2 orders of magnitude. Most importantly, there is a significant dissymmetry between the two-way exchange rates of solvents, and the rates of H₂O and D₂O became distinguishable. …”

Wenn diagram of bacterial community in rhizosphere soil of continuous cropping passion fruit. by Weiwei Lin (2442850)

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The differences in total abundance of bacteria and fungi in rhizosphere soil of passion fruit with different growth years. by Weiwei Lin (2442850)

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The heat map analysis of rhizosphere soil dominant bacterial communities at the genus level in passion fruit with different growth years. by Weiwei Lin (2442850)

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Bacterial community information at the genus level in the rhizosphere soil of continuous monocropping passion fruit plants. by Weiwei Lin (2442850)

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Variation in the content of phenolic acids in rhizosphere soil of continuously monocultured passion fruit plants. by Weiwei Lin (2442850)

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The content of rhizosphere soil enzymes in passion fruit with different growth years. by Weiwei Lin (2442850)

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Basic physicochemical properties of rhizosphere soil of continuous cropping passion fruit. by Weiwei Lin (2442850)

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The differences in the structural composition of rhizosphere soil bacterial communities of passion fruit with different growth years. by Weiwei Lin (2442850)

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The effect of continuous monocropping of passion fruit plant on rhizosphere soil enzyme activity. by Weiwei Lin (2442850)

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The chessboard scoring of rhizosphere soil bacterial colonies in passion fruit with different growth years. by Weiwei Lin (2442850)

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In situ analysis of total bacteria and fungi in the rhizosphere soil of passion fruit under continuous monocropping treatment. by Weiwei Lin (2442850)

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The weighted UniFrac (A) and PCoA (B) analysis of bacterial samples in passion fruit rhizosphere soil. by Weiwei Lin (2442850)

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Richness and diversity index of bacterial community in the rhizosphere soil of passion fruit under continuous monocropping treatment. by Weiwei Lin (2442850)

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The differences in OTU composition of rhizosphere soil bacterial communities of passion fruit with different growth years. by Weiwei Lin (2442850)

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Analysis of community heatmap at the genus level of dominant bacteria in the rhizosphere soil of continuous cropping passion fruit. by Weiwei Lin (2442850)

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