This shows that the almost periodicity of system (5.1) does not depend on time scale.
Simulated vegetation responses to eCO2 depend on time scale and climate, but generally compare well with free air CO2 enrichment experiments (FACE).
It is tempting to interpret the task-dependent differences in MSE as reflecting the relative difficulty of the ID and ED shifts, but that does not explain why the direction of the effect, as well as the underlying networks, depends on time scale.
On the other hand, the occurrence and change of many natural phenomena may directly depend on time scales, but not depend on the real line.
Another issue will be the existence of ionospheric structure at various different scales, depending on time, location, and magnetic activity level, which determines the density at which the volumetric image should be sampled.
Estimates of disease prevalence can vary dramatically depending on the time scale sampled (i.e. one month versus 6 month estimates).
The idea behind this method is that we can distinguish two subsystems depending on the time scale at which they act, the slow and the fast ones, and that the variables of the slow subsystem enter the fast subsystem's equation as parameters.
As previously described, a view is changed and determined depending on the time scale.
Although the degradation can take specific form (microcavities, electrical treeing) depending on the time scale considered, similarities might exist in the aging mechanisms of polymers working in high voltage environment, and those exposed to plasma or radiation.
Depending on the time scale for solvent evaporation a tunable parameter in our experiments phase separation of otherwise immiscible polymers can be avoided by confinement effects, producing homogeneous polymer blend micro- or nano-particles.
