Time-dependent characterization of the output radiation in a far-field zone was obtained for both free-running and injection-controlled operation with an unstable resonator 1 cavity.
Both churches deploy lamellae as light attenuators and resonators which operate within an enclosure lined predominantly with white opaque paint which is without intrinsic quality.
In this conceptual scheme, the radiating element (bell, resonating body, etc.) is implicitly enclosed within the resonator.
The secondary resonator takes energy from the primary resonator and filters and radiates it.
The primary resonator should not be confused with any secondary or tertiary resonators.
Commonly the model consists of three parts: (i) the excitation mechanism, (ii) the resonator, and (iii) the radiator.
The filterbank can employ up to ten of these resonators, with individual frequency, half-power bandwidth and gain.
Similarly, resonators with controllable feedback work on the frequency domain of the sound, bringing its frequency content to the foreground of one's attention.
