However, the plasma collision frequency has no effect on the bandwidth of OBG.
As the solid holdup increases, the collision frequency increases obviously, while the collision force decreases.
Measures of driver speed, braking, travel path, and collision frequency were recorded.
Since the collision frequency in air is ~1012Hz, i.e., thousands of collisions per cycle, which makes the resolution of individual collisions unrealistic in the present work.
The physical interpretation for it and the statistical correlation with inter-particle collision frequency are discussed.
Gravity reduced computations predict a reduction in the global particle wall collision frequency.
In the absence of gas, the collision frequency was maximum at minimum fluidization.
Furthermore, we observe that turbulence increases the collision frequency between the soot particles.
The phenomenological model considers the relevant fluid-dynamics phenomena influencing the collision frequency function.
The experimental collision frequency was proportional to the concentration of the emulsion droplet.
However, there is currently no link between measures of design reliability and the quantification of safety using collision frequency.
