The phrase "acceleration of movement" is correct and usable in written English.
It can be used in contexts related to physics, sports, or any situation where the speed of an object's movement is increasing.
Example: "The acceleration of movement in the athlete's sprint was evident as he approached the finish line."
Alternatives: "increase in speed" or "rate of acceleration".
Node mobility can be characterized by node position, speed, and acceleration, direction of movement, potential communication duration, and potential number of communication neighbors.
Of these neural correlates, egocentric movement (in particular velocity or acceleration of translational movement across the maze) has been the most common and robust (as described in Penner and Mizumori, 2012b).
In 2001 Wilcko [59] reported that the acceleration of tooth movement is not due to the bony block movement as postulated by Kole [68]; it was rather a process of bone remodeling at the surgical site, which was called regional acceleratory phenomenon (RAP).
When firmly attached to clothing or a belt at the waist, it measures the acceleration of bodily movement in three directions, vertical (X), anterioposterior (Y) and mediolateral (Z), converting this movement into raw counts.
Great care was taken to perform the same movement with the knife from trial to trial, i.e. controlling the velocity and acceleration of the movement.
Low-level laser therapy can be a very useful technique for acceleration of tooth movement since it increases bone remodeling without side effects to the periodontium.
In vivo and in vitro experiments were conducted to show clearly the relation between PGs, applied forces, and the acceleration of tooth movement.
As its result, three curves representing the amplitude, speed and acceleration of cardiac movement can be easily drawn from the PTGW images obtained.
In relation to this, using biological molecules in the acceleration of tooth movement [14] has been shown in two unique experiments in which it was demonstrated that the transfer of RANKL gene to the periodontal tissue induced prolonged gene expression for the enhancement of osteoclastogenesis and acceleration of tooth movements in rats.
