Schematic diagram of the experimental scenario. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Data structure of the simulation results. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Range of walking and non-walking areas. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Simulation running scenarios. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Flow chart of experimental data processing. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Contour coordinates of non-walking areas. by Xiaocheng Gao (19812705)

“…By analyzing the flow data of bidirectional flows in the crossing area, it is found that when the Peds1 density falls below a threshold, Peds1 speed is determined by pedestrians themselves and mainly remains in a free flow state; otherwise, the Peds1 speed decreases with density. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

A Γ-type combined structure. by Laite Sun (16726500)

“…The results demonstrate that, with the increase in the input time difference of seismic wave, the bending moment of the control section increases gradually, while the shear force and axial force decrease first and then increase, and traveling wave effect response within a certain range of time difference is weaker than the uniform excitation response. …”

Autonomous docking of a feeder vessel by Bas J. de Kruif (17393670)

“…A feeder vessel distributes cargo and spends a relative large percentage of its time on (un)docking. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Volume of a Nanoscale Water Bridge by Lucel Sirghi (1864588)

“…The experimental findings are explained by a theoretical model that considers constant water volume and decrease of water meniscus curvature during meniscus stretching. …”

Table 2_Magnesium application partially reversed the negative effects of mulching on rhizosphere nitrogen cycling in a Phyllostachys praecox forest.docx by Hong Zhao (325)

“…The rhizosphere nitrogen-cycling network reorganized as the relative contributions of gdhA, AOB-amoA, napA, nirK, and nosZ increased. Surprisingly, nitrite accumulated under mulching due to a decrease in the nxrA/AOB ratio. …”

Table 1_Magnesium application partially reversed the negative effects of mulching on rhizosphere nitrogen cycling in a Phyllostachys praecox forest.xlsx by Hong Zhao (325)

“…The rhizosphere nitrogen-cycling network reorganized as the relative contributions of gdhA, AOB-amoA, napA, nirK, and nosZ increased. Surprisingly, nitrite accumulated under mulching due to a decrease in the nxrA/AOB ratio. …”

DNase I overexpression reduced <i>A3A</i> upregulation upon MeV infection. by Pierre Khalfi (7868252)

Influence of ghrelin treatment (0.5 μg/g BW, twice a day, intraperitoneal (ip.)) on oxidative burst capacity of neutrophils after cecal ligation and puncture (CLP)-induced sepsis. by Daniel Siegl (717509)