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To move the particle along the cavity axis, we simply turn off the cooling in this direction.
Scattering force tries to move the particle to the most intense part of the light beam along the axis of propagation [85].
According to the following relationship: E = πb2ΥOW (1 ± cos 2, 90° is the angle corresponding to the maximum energy value necessary to move the particle in which it is preferably wetted [15].
The position is the current value of the model parameter, while the velocity is a vector of numbers that are added to the position coordinates of the particle in order to move the particle from one time step to another.
For every trial move, the particle velocities are chosen at random from a Maxwell distribution.
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This algorithm employs a collective attraction-repulsion mechanism to move the particles towards optimality.
Prather and his colleagues are now constructing a larger lens, with an array of microwave beams to smoothly move the particles longer distances.
Using the direct numerical simulation (DNS) approach, the volume of fluid (VOF) model was employed, as implemented in Fluent software, to move the particles.
Some movements can still be detected, however, indicating that other motors can move the particles processively (Table 1).
7 Fortunately, repositioning maneuvers to move the particles out of the canals are highly efficient, 8 and can lead to a significant reduction in the number of falls in the elderly.
The gradient force moves the particle along the axis perpendicular to the beam propagation axis, attracting the particle to the most intense part of the beam.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com