Exact(1)
The reinforcement of shock pressure in the explosive near the back or lateral confinement wall, due to the superposition of incident shock wave on the reflected one from the wall, increased with elastic impedance of the confinement material.
Similar(59)
This is attributed to a thicker wall providing greater mechanical stability; (5) The number of vacuoles over the cross-sectional area of the wall increases with increasing polymer concentration and with the addition of surfactants; and (6) The shells possess a smooth surface with a root-mean-square surface roughness less than 25 nm over a 30 μm × 30 μm area, and a sphericity greater than 99.6%.
In the downstream section, the velocity near the wall increases with the degree of deformation, with the velocity peaking for the 75%% blockage.
The deformation capacity of the rectangular-shaped composite walls increased with an increase in the area ratios of steel tube and of CFST and decreased with an increase in the applied axial force ratio.
The relative urea-N extraction across the ruminal wall increased compared with the total portal-drained viscera extraction.
It was found that the maximum load acting on the test wall increased linearly with the potential energy.
Arterial urea-N extraction across the portal-drained viscera and rumen wall increased linearly with decreasing urea infusion (2.46, 3.65, and 4.32 ± 0.31% and 7.5, 11.5, and 16.9 ± 0.9%, respectively), indicating that cows responded to the changes in N supply.
Meanwhile, the surface energy of damaged wall increased, improving the reaction ability with functional groups of other component.
Pressure coefficients on the windward wall increase with numbers of lateral openings.
Moreover, the non-uniformity of the temperature distribution and the thermal stress level within the tank wall increase with the LN2 feeding rate.
Furthermore, the shear rate at the wall increases with the volume fraction of the nano-particles to a maximum value and then slightly decreases.
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