According to the obtained results listed in Tables 7, 8, 9 and 10, using this control method led to control of both acceleration and displacement in the near- and far-field zones in such a way that this reduction was more in the structures in which the optimized PSO algorithm had been used rather than the ones without this algorithm.
10.7554/eLife.00845.008 Figure 4. Dephosphin control of endocytic acceleration.
Secondly, based on this condition, an algorithm for determining the required control gain matrices of acceleration and displacement feedback, which assign the desired eigenstructure, is developed.
Today, that number is nearly 400 p.p.m., with 450 p.p.m. routinely cited as the tipping point where we create the conditions for out-of-control acceleration.
In order to preserve the structural and morphological properties, the energy of cluster impact was controlled; the energy of acceleration was close to 0.1 eV/atom.
In order to preserve the structural and morphological properties, the energy of cluster impact was controlled; the energy of acceleration of the nanoparticles was in near values at 0.1 ev/atom for being in soft landing regime.
A series of design specifications included simultaneous control of velocity and acceleration of both linear wire position and angular bracket position and high-speed digital data acquisition.
Peak velocity is a parameter related to the control of the first (acceleration) phase of reach, whereas percentage of deceleration time and peak deceleration are parameters related to the control of the second (deceleration) phase of reach.
This paper presents a nonlinear observer design method for acceleration control of tail-controlled Skid-to-Turn missiles.
Electric propulsion is capable of providing control accelerations of 1 mm/s2 or less, four or more decimal orders below orbital gravity accelerations.
