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The conditions required to attain a stationary state are discussed.
Typically, a quantum system that dissipates into the environment relaxes to a stationary state.
Instead of an equilibrium system being disturbed, a stationary state may be perturbed.
(1) reveal that, irrespective of the initial conditions, the spatiotemporal dynamics exhibit a relaxation toward a stationary state.
As time goes to the blowup time, the blowup profile converges to a stationary state.
Also, when the system has evolved to reach a stationary state, internal flows manifest themselves as internal processes.
The time a phenotype takes to achieve a stationary state from an initial condition depends on multiple factors.
Using these values, a stationary state model, in which mass transfer rates and reaction rates are balanced, was set up.
The competition between the disturbance and the relaxation process results in the establishment of a stationary state, from which information about the relaxation process must be inferred.
Nevertheless, for much of the time course of the reaction, the chemical intermediates are present in a stationary state; that is, their concentrations do not change.
The Nv power-law dependencies deviate, however, from model predictions, indicating that a stationary state is not achieved.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com