Principles of Voice ProductionPrentice Hall, 1994 - 354 pagine A cross-disciplinary exploration of the physics and physiology of voice production, mechanism, and applied uses and concerns of the voice. Throughout the emphasis is on physical law rather than empirical observation. Key topics include the relation between the physical processes of voice production to other physical processes, inside or outside of the human body, the new field of vocology and clarification of the acoustic and biomechanical laws governing phonation. |
Dall'interno del libro
Risultati 1-3 di 30
Pagina 82
... needed to allow the Bernoulli forces to lower during glottal closing and to raise during glottal opening . Otherwise , no net energy will be imparted to the tissue , and oscillation will damp out ( diminish in back - and - forth ...
... needed to allow the Bernoulli forces to lower during glottal closing and to raise during glottal opening . Otherwise , no net energy will be imparted to the tissue , and oscillation will damp out ( diminish in back - and - forth ...
Pagina 97
... needed to quantify it . The system usually reveals its dominant modes of vibration . If we see the same modes ( vibratory patterns ) over and over again , fewer degrees of freedom are needed than if we observe many complex patterns ...
... needed to quantify it . The system usually reveals its dominant modes of vibration . If we see the same modes ( vibratory patterns ) over and over again , fewer degrees of freedom are needed than if we observe many complex patterns ...
Pagina 167
... needed as shown . ) Finally , the [ u ] vowel produces a shift to the lower left quadrant because of lip rounding ( F , and F , both decrease ) . The corner vowels are now completed , and a horseshoe - shaped curve can be drawn for most ...
... needed as shown . ) Finally , the [ u ] vowel produces a shift to the lower left quadrant because of lip rounding ( F , and F , both decrease ) . The corner vowels are now completed , and a horseshoe - shaped curve can be drawn for most ...
Sommario
CHAPTER ONE BASIC ANATOMY OF THE LARYNX | 1 |
Muscles of the Larynx | 11 |
CHAPTER | 23 |
Copyright | |
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acoustic power Acoustical Society adduction airflow airway amplitude arytenoid cartilages average Biomechanics body Chapter constant cricothyroid cricothyroid muscle curve cycle elastic elongation energy Equation example falsetto female filter fluid force formant formant frequencies fundamental frequency glottal glottal flow glottal source glottis harmonic Hirano hyoid bone increase intensity Journal of Voice lamina propria laryngeal muscles larynx layer ligament loud lung pressure male mass maximum measured mechanical medium mode motion movement muscle activity normal oscillation pattern peak percent perturbation phonation physiologic pitch posterior produce pulse range ratio resonance shown in Figure singers singing sinusoid Society of America sound spectral slope spectrum Speech and Hearing stress subglottal pressure Sundberg thyroarytenoid muscle thyroid cartilage tion Titze tube variable vocal fold vocal fold length Vocal fold physiology vocal fold tissue vocal fold vibration vocal processes vocal registers vocal tract vocalist voice disorders vowel wave waveform zero