In some cases, two energy transitions can be coupled so that, as one system absorbs a photon, another nearby system "steals" its energy and re-emits a photon of a different frequency.
The drums are coupled so that 10 revolutions of the first cause 1 revolution of the second, and so forth; the numbers appearing in the window represent the vehicle's accumulated mileage.
The atria and the ventricles are coupled, so that electroanatomical function can be simulated at ones.
In practice, however, most designs are coupled, so that designers must decouple the object design by intelligently selecting relevant DPs, which can be referred as an improved design.
In CLM, the local optimization processes are coupled so that better solutions than multistart local optimization consisting of independent runs are obtained.
Moreover, these data further suggest that these events are coupled so that osteoclastic resorption occurs first and then bone formation follows (Figure 7B).
In these systems, the extraction and injection processes are coupled so that compromises between droplet size, injection volume, and separation speed must be made.
This is due to the fact that the metabolic pathways are coupled so that activating a pathway that leads to the production of a metabolite affects the production of other metabolites as well.
The two QDs in the dimer during this period are "coupled" so that the emission from one QD may be suppressed when the other QD emits photons, or excitons may be transferred from one to the other or the electron-accepting surface state so that the PL emission occurs preferentially in only one QD and is then "decoupled" after complete photooxidation of QD1.
Provided that myocardial metabolism and hemodynamics are coupled, so that OEF = OEFmax, our model therefore predicts that apparent PS for oxygen in the myocardium (where OEF is remarkably constant) increases linearly with MBF, as Schwanke et al. [ 92] observed and had to assume in order to fit experimental data to their model.
