Author(s)

Jing Wang, Yonghong Li

Corresponding Author

Yonghong Li

Abstract

In this paper, we study the airflow data of the seven-year-old children's snoring sounds, and find that the pronunciation length, average airflow velocity, airflow, and peak airflow velocity of the children's air-sounding sounds are greater than the non-aspirating airflow, and the data decreases as the pronunciation part moves backward. It is related to the influence of the pronunciation part; the airflow peak of the same part of the stop sound followed by the round lip vowel is greater than the rear extension lip vowel.

Keywords

Child, stop, airflow, Mandarin Chinese