Abstract

According to the results of theoretical and experimental analysis of the characteristics of the propagation of acoustic vibrations in the respiratory system, it is necessary to determine the resonant frequency of the respiratory tract to increase the vital capacity of the lungs by opening reserve alveoli by acoustic stimulation of the respiratory system and then to affect the respiratory system with scanning tonal sounds in the maximum sound absorption range (at a level of ±3 dB of the maximum absorption coefficient value).

中文翻译：

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肺部吸声与呼吸系统声学刺激的数学模型。

摘要

根据对呼吸系统中声振动传播特性的理论和实验分析结果，有必要确定呼吸道的共振频率，以通过声刺激打开储备肺泡来增加肺的肺活量。然后在最大吸声范围（最大吸声系数值的±3 dB的水平）上扫描音调来影响呼吸系统。