Modelování funkce hlasivek pomocí principu bubliny tlakového vzduchu.

VOCAL FOLDS FUNCTION MODELLING BY MEANS OF THE PRINCIPLE OF COMPRESSIVE AIR BUBBLE.

článek ve sborníku ve WoS nebo Scopus

en

There have been several modified versions of the vocal folds function described in literature. Most of them are based on the principle of the myoelasto-dynamic theory. They share a common predominant view whose central idea is that of a underpressure effect of what is called Bernoulli´s effect produced within the space of the glottis at an increased speed of the airflow which passes between the vocal folds in motion. Because of the lack of clarity and numerous weak points found in the principles as defined by different authors in the literature there has been a new principle developed and defined, initially called „compressed air bubble“, in short „bubble“.

V literatuře je uvedeno mnoho verzí funkce hlasivek. Většina z nich je založena na principu metody myoelasto-dynamické.Ústřední myšlenkou této teorie je efekt podtlaku, který se generuje při proudění vzduchu skrze glotis.Na základě řady nejasností tohoto principu byl definován nový princip, založený na principu bublin tlakového vzduchu, které hlasivky generují při průchodu vzduchu skrue hlasivky.

There have been several modified versions of the vocal folds function described in literature. Most of them are based on the principle of the myoelasto-dynamic theory. They share a common predominant view whose central idea is that of a underpressure effect of what is called Bernoulli´s effect produced within the space of the glottis at an increased speed of the airflow which passes between the vocal folds in motion. Because of the lack of clarity and numerous weak points found in the principles as defined by different authors in the literature there has been a new principle developed and defined, initially called „compressed air bubble“, in short „bubble“.

hlasivky, princip, generování hlasu

vocal folds, principle, voice generation

2004

03.04.2003

Hamburg, Germany

3-8167-62850-9

AQL 2003

8