THE EFFECT OF ACOUSTIC EXPOSURE ON THE FREQUENCY-DEPENDENT SENSITIVITY OF THE AUDITORY SYSTEM
Keywords:
acoustic exposure, auditory system, frequency, amplitude, sound intensity, audiometry, binaural beats, hearing acuity, headphones, dB, HzAbstract
This study comprehensively investigates the effect of acoustic exposure on the frequency-dependent sensitivity of the human auditory system. In particular, the fundamental physical properties of sound—frequency, amplitude, intensity, and wavelength—as well as the mechanisms by which these parameters are perceived by the auditory system, were analyzed. Based on experimental measurements conducted among students, the impact of headphone use on hearing acuity was evaluated. The results indicate that prolonged exposure to high-intensity sound, especially at high frequencies, leads to a decrease in auditory sensitivity. This issue is particularly relevant as it is widely observed among modern youth.
References
1. Ahmedov A.A. Biofizika asoslari. – Toshkent: O‘zbekiston tibbiyot nashriyoti, 2020. – 256 b.
2. Kholiqov S.S. Tibbiy biofizika. – Toshkent: TDMI, 2019. – 198 b.
3. Fayzullayev M., Yo‘ldoshev S. Tibbiyotda eksperimental biofizika asoslari. – Toshkent: TDMI, 2018.
4. Hasanov B. Biofizika fanining zamonaviy yo‘nalishlari. – Toshkent, 2023.
5. Bazarbayev M.I., Mullajonov I. Biofizika, Darslik.Toshkent. 2018 y
6. Remizov A.N. Tibbiy va biologik fizika, Darslik. Toshkent. 2005 y.
7. Paul Davidovits Physics in Biology and Medicine, Darslik. 2013 y.
8. Harten Physik fur Mediziner, Darslik. 2011y.
9. D.T.Komilova. "Organization and conduct of laboratory work in physics integrated in virtual forms." Экономика и социум 10 (113)-1 (2023): 120-122.
10. Komilova D. T. Integrating steam educational technology in biophysics //Экономика и социум. – 2023. – №. 12 (115)-2. – С. 234-236.
11. D.T.Komilova., The importance of using interactive methods in teaching
biophysics in higher medical education institutions. “Science and innovation” international scientific journal, 2025., 114-117 betlar
12. D.T.Komilova., Strengthening topic mastery and assessing students’ knowledge in biophysics classes through the game-based kahoot platform. “Science and innovation” international scientific journal. 2025., 46-49 betlar
