普通话声学参数研究

发布时间：2018-05-12 06:42

本文选题：普通话 + 不送气音　；参考：《语言文字应用》2017年04期

【摘要】：正[本栏导读]我们从2013年开始承担国家社会科学基金重大项目"普通话语音标准声学和感知参数数据库建设"的工作,这是在总结全部已有汉语语音研究成果基础上的提炼和扩充。我们特别注重较大样本的实验分析,考察不同背景下普通话的语音表现,力求全面深入地认识普通话语音的特征。冉启斌通过对北京发音人塞音格局的研究发现不送气音趋于稳态、送气音趋于动态的现象,还比较分析了性别造成的语音差异以及新、老北京人的差异。时秀娟等通过测试普通话四个通音声母的鼻化度,得出鼻音和流音的分布范围有部分重叠、流音动态性较大容易进入鼻化音范围等结论。温宝莹等对比了广州普通话和普通话的元音分布模式,
[Abstract]:We are beginning to undertake the work of the National Social Science Foundation's major project "Building a database of Putonghua phonetic standard acoustics and perceptual parameters" from 2013. This is a summary of all the existing achievements in Chinese phonetic research on the basis of refining and expansion. We pay special attention to the experimental analysis of large samples, investigate the phonetic performance of Putonghua in different backgrounds, and try our best to fully and deeply understand the characteristics of Putonghua pronunciation. By studying the pattern of Beijing phonetic stop-tone, ran Qibin found that the non-exhaling sound tended to steady state and the exhalation tone tended to be dynamic. It also compared and analyzed the phonetic differences caused by sex and the differences between new and old Beijingers. By testing the nasal degree of the four consonants in Putonghua, Shi Xiujuan got the conclusion that the distribution range of nasal sound and flow sound is partly overlapping, and the flow tone is easy to enter the range of nasal sound. Wen Baoying and others compared the vowel distribution patterns between Guangzhou Putonghua and Putonghua.
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