Exact(2)
We established a limit distance in which attractive forces outweigh the repulsive ones.
By using a limit distance that has been described in our previous work, the flow of particles around one particle is observed in larger spacing between the particles.
Similar(58)
In the present context, moving average operates upon computing weight factor for each observed soil moisture at a sample location considered within a limiting distance, also called as the search radius to estimate soil moisture.
Two parameters were used to estimate endurance performance: the distance the mice were able to cover at a given speed (limit distance, in meters) and the time needed to cover the distance (limit time, seconds).
Therefore, the mass transport coefficients are computed as flux through the spherical or circular area around a particle with a diameter equal to the limit distance: β ij 1, mg = 4 k B T 3 η 1 d i + 1 d j L D,1, (21) β ij 2, mg = 4 3 G L D, 1 3, (22) β ij 3, mg = Π g 18 η ( ϱ p − ϱ ) | d i 2 − d j 2 | L D, 1 23 (23).
Hence, in a range larger than the limit distance, other forces outweigh the magnetic forces (Figure 1).
The limit distance takes the form L D,0 = F mg ( R 0 ) F g 4 R 0. (16) Figure 1 Sketch of the limit distance.
Nevertheless, for a given limiting distance, the impact of weight exponent on estimation of soil moisture appears insignificant, since the RMSE remains unchanged with the variation in weight exponent.
A decrease in limiting distance improves the interpolation accuracy, whereas with the decrease in limiting distance the moving average method may fail to predict soil moisture in regions of scarce observed soil moisture locations.
But the group doesn't limit distancing statements like these to instances of criminal activity.
Figure 10 Graph of limit distances of two interacting aggregates.
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