As a result, the cable properties of the PC significantly change; the most sensitive parameters are the system time constant (τ0) and the steady-state attenuation factor from dendritic terminal to soma.
The problem is formulated for a parameter-dependent plant as the synthesis of a parameter-dependent controller in a way to ensure internal stability as well as a desired level of steady-state disturbance attenuation in the face of all admissible parameter variations.
Steady-state voltage attenuation from dendrites to soma (taking into account local dendritic responses to current injections) shows a 2.5-fold increase in the average attenuation factor for the human versus the mouse neuron (Fig. 8 D2, D2).
High-resolution three-dimensional T2 sequences, such as constructive interference steady state (CISS), fluid attenuation inversion recovery (FLAIR) and three-dimensional T1 sequences, are useful to depict the degree of parenchymal herniation [69].
The attenuation of the steady detonation wave can occur in the aerogel blanket-walled tube under the present experimental conditions.
The cement hydration reaction process could be divided into about four periods, that is, induction period, acceleration period, attenuation period and steady period.
After pump-start in long wells the generated hydraulic friction pressure requires a transient period of several minutes, due to pressure wave attenuation, before the steady state level is reached.
According to the analysis of zero-state response of grid fault voltage component U f0, we can see that the transient component ΔU's of terminal voltage consists of two steady-state components and three attenuation components from (9).
According to the analysis of zero-state response of control response fault component, we can see that the transient component (Delta U_{text{s}}^{prime}) of terminal voltage consists of one steady-state component and three attenuation components from (16).
The results show that the stress relaxation process of CA mortar can be divided into attenuation stress relaxation stage and steady stress relaxation stage.
The change in signal amplitude at the steady state (that leads to amplification or attenuation) at step i is given by the ratio of the effective rate constants for activation and deactivation k i + k i −. k i + k i − > 1 results in signal amplification and k i + k i − < 1 leads to attenuation of the signal at step i [ 13, 14].
