For desiccation, the MM model was able to closely bracket motility loss as an osmotic change event with a time independent and a time dependent component.
If the probe holder heats up during the measurement these losses are no longer solely dependent on the probe temperature T p. Hence, a time dependent component is introduced and, therefore, the power loss functions P out (T p ) and P′ out (T p ) differ from each another.
Inelastic strain is defined as the sum of time-independent and time-dependent components.
A local trend analysis is used for identification, local significance assessment and estimation of the changes in the time-dependent components.
However, the failure of the LBT might be significant for medium long-term forecast models with strong time-dependent components, especially in testing regions with a high seismic rate.
The emitted signal comprises an interaction between (i) time-dependent components related to the system dynamics (e.g. transfer function) and (ii) angle-dependent mechanisms related to the system kinematics (e.g. impact, load modulations…).
In contrast, the neural responses exhibit a combination of static and time-dependent components of an evidence-independent signal.
However, we also acknowledge that this signal can be broken down into its static and time-dependent components.
Soft biological tissues are typically viscoelastic, i.e., they exhibit both elastic, or time-independent, and viscous, or time-dependent, components in their mechanical behavior.
Bioenergy introduces a number of time-dependent components to both the attributional and consequential analysis, some of which are handled in scenarios, others with ad hoc annualization, and still others not at all.
