Unpowered dust removal device stereogram. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Physical model. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Dust particle flow trace diagram. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Discrete phase parameter setting. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Dust deposition, escape data table. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Unpowered dust removal system field physical map. by Yuxuan Liu (349237)

“…Specifically, when the return pipe diameter is 500 mm, and the horizontal distance between the drainage port of the return pipe and the bottom of the blanking pipe is 2000 mm, the dust removal efficiency reaches its optimal level. Field tests confirmed that after implementing the improved dust removal system, the ambient air dust concentration decreased to less than 2 mg/m³, representing a reduction of approximately 92.02% compared to pre-transformation levels. …”

Description of study characteristics. by Feline de la Court (15194678)

“…North America), and with ≥3-monthly follow-up (vs. < 3). Rates were significantly higher in studies from Africa (vs. North America), with lower median age, higher proportions of non-MSM/TGP participants, higher proportions of participants with unspecified (vs. mixed) ethnicity, with unspecified (vs. daily) PrEP regimen, free-of-charge (vs. unspecified) STI testing, whose data were from conference abstracts (vs. peer-reviewed papers), and that were more recent. …”

A Hydrate-Bearing Sediment Gas Replacement Mechanical Behavior Regulation Mechanism and Slope Stability Analysis by Lei Huang (35191)

“…As saturation increases, the Γ value of the critical state line decreases, while the λ value increases. (3) For slope simulations, increased hydrate saturation significantly raises the safety factor for gentler slopes, while the reinforcing effect of gas replacement is weaker for steeper slopes with higher saturation.…”

A Hydrate-Bearing Sediment Gas Replacement Mechanical Behavior Regulation Mechanism and Slope Stability Analysis by Lei Huang (35191)

“…As saturation increases, the Γ value of the critical state line decreases, while the λ value increases. (3) For slope simulations, increased hydrate saturation significantly raises the safety factor for gentler slopes, while the reinforcing effect of gas replacement is weaker for steeper slopes with higher saturation.…”

XRD diffraction pattern spectra of PFAgNPs. by Kenedy Kiyimba (9942393)

“…The PFAgNPs significantly decreased (<i>P</i> < 0.05) serum proteins, cholesterol, estrogen and progesterone alongside preservation of the histoarchitecture of the uterus. …”

The threshold effect analysis of the BRI on HGS. by Zhihao Wei (10909679)

“…In addition, subgroup analyses and interaction tests were performed to further analyze the potential association between these variables.…”

Experiment 3 –trial E. by Ottavia Benedicenti (9100619)

“…RNA or DNA yields are shown in terms of cycle quantification (Cq) values, where the y-axis is reversed from high to low numbers since RNA or DNA yield increases with decreased Cq-values. Trial E tested two different filtration flow rates: 200 mL/min (peristaltic pump) and 3.8 to 4.0 L/min (vacuum pump). …”

Experiment 2, trial D. by Ottavia Benedicenti (9100619)

“…RNA or DNA yields are shown in terms of cycle quantification (Cq) values, where the y-axis is reversed from high to low numbers since RNA or DNA yield increases with decreased Cq-values. Trial D tested four different lysis buffers in 4 mL volume (NucliSENS®, MagNA Pure 96 Bacteria, MagNA Pure 96 External, and DNA/RNA Shield™) using 200 mL/min flow rate setting (peristaltic pump) and “sandwich” filtration. …”

Flowchart of the suggested SOA. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

Flowchart of the suggested SSA methodology. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

Egyptian case study 15-bus MEDN system. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

Flowchart of marine predator algorithm. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

Flowchart of I-GWO. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

The updating positions of IGWO. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”

The optimized results of the Egypt MEDN 15-Bus. by Ahmed A. Zaki Diab (12757190)

“…The results show the enhancement of the voltage profile and decreasing the power losses of the tested system with the DG systems with the superiority of the MPA and SSA algorithms.…”