The phrase "acceleration of response" is correct and usable in written English.
It can be used in contexts where you are discussing the speed or quickness of a reaction or reply, often in fields like psychology, marketing, or technology.
Example: "The new software update has significantly improved the acceleration of response to user queries."
Alternatives: "speed of response" or "response time enhancement."
Accordingly, acceleration of response times to the illusion is akin to that induced by physical flashes [ 12].
Some of the reported changes (e.g., acceleration of response times in certain cognitive tasks, altered oscillatory activity in the electroencephalogram as a function of time and task), however, were inconsistent and could not be replicated (Haarala et al. 2003; Krause et al. 2004; Preece et al. 2005).
In the context of regulatory feed-back motifs such an interaction has been reported to result in an acceleration of the response and the maximal response level is reached early [29].
In Figure 2C an example of the dynamics is reported, showing an acceleration of the response for both self-regulation strategies at an intermediate level of repression.
In these neurons, increase in the concentration of RGS protein (RGS9) resulted in acceleration of the response termination kinetics (Krispel et al., 2006; Burns and Pugh, 2009).
A structural damping identification procedure is proposed based on the sensitivity of acceleration response of the analytical model with model updating technique making use of the measured acceleration response.
The reduction of acceleration response of Winkler model (case I) related to soil nonlinearities (material and geometrical) approaches about 60% of that of the simplified model (case II), as illustrated in Figure 10.
First, POMs of acceleration dynamic response of a shear-type building under Gauss White Noise GWNN) ground motion are obtained using singular value decomposition; then, the dominant POMs of acceleration response are used to identify the damage locations and severities through particle swarm optimization (PSO) algorithm.
The spectrum is derived from numerical simulations and statistical analysis of acceleration responses of a single degree of freedom system with variable natural frequency and damping under a large number of experimentally measured individual bouncing loads.
Finally, the vibration bench test is used to verify the availability of the optimization design with the analysis of acceleration response and vibration transmissibility of the mounting system.
