Modelling experiments also showed that more time is needed for Mn species to return to initial stable state after intrusion (as much as two years compared to sulphide for the Gotland Deep conditions, [41]).
During the droplet formation process for high-viscosity liquids, the residual liquid after pinch-off of the main droplet in a filament required a long time to return to its initial state to prepare for the next droplet formation (see the formation process after 4.5 ms in Fig. 5b and 12.7 ms in Fig. 5c).
Transient ERPs are traditionally defined as the response to an isolated or infrequent stimulus that provide enough time to the system to return to its initial state before onset of the next stimulus [1], [7].
To compare the results under different transient conditions, this study proposes two indicators, i.e., the influential time (IT, the time required for the HZ to return to its initial state once it starts to change) and the influential depth (ID, the maximum increment in the HZ depth).
An elastic material is one that tends to return to its initial state after the removal of a deforming force.
Liquids with high viscosity required a long retraction time (i.e., the time taken by the liquid to return to its initial state) for the residual liquid at the end of the nozzle after pinch-off.
α i constant is the tendency of the system to return to the initial state, and ε i constant defines the dynamic range of each variable i.
The distribution of Fe, silicate and ammonia returned to initial (equilibrium) state but this did not happen for Mn and phosphate.
Importantly, agents who receive a cancellation or a coalition finished message simply return to their initial state, being able to perform phases 1 and 2 again.
It is likely that small and local changes to the epigenome may not be efficiently maintained, and therefore, the locus would return to the initial state before perturbation happened [ 114, 115].
We show that if the enhancement of the NMDA response is proportional to the area of the post synaptic density (PSD) the plasticity curves most likely return to the initial state.
