The actual structure
Google: "Parametric Excitation in Frequency Resonators".
resonators
The three main vocal resonators are the chest, throat, and head. These resonators amplify and enrich the sound produced by the vocal cords, resulting in a full and dynamic vocal tone. Proper control and coordination of these resonators are key to achieving a strong and resonant voice.
Resonators in your body are located in your head neck and chest cavity, oral nasal and phearyngeal cavities.
Varies from car to car.
The speech resonators are three: 1. Nasal (Nose) 2. Oral (Mouth) 3. Pharyngeal (Throat) (see the related links below)
The tubes are used as resonators.
Lumped element resonators use discrete components like capacitors and inductors to create resonance, whereas distributed element resonators use transmission lines to create distributed capacitance and inductance throughout the structure. Lumped element resonators are typically smaller and easier to design but have limited bandwidth compared to distributed element resonators, which are larger but offer wide bandwidth and better performance at higher frequencies.
the mouth, pharynx and larynx :)
William Stockton Nelms has written: 'A systematic study of linear and non-linear resonators for short electric waves' -- subject(s): Electric resonators, Electric waves
The state of sound produced by the vibration of the vocal cords is amplified and made louder by air chambers acting as resonators. These resonators reinforce certain frequencies, boosting the overall volume and quality of the sound produced. This process occurs in the human vocal tract during speech and singing.
Open pipe resonators are hollow tubes that are open at both ends. They have the characteristic of producing standing waves with specific frequencies determined by the length of the tube. These resonators are commonly used in musical instruments such as flutes and organ pipes to produce specific pitches. They are also used in acoustics for sound amplification and noise reduction applications.