复合元音

Linguistics A set of vowels or diphthongs related by ablaut, as in sing, sang, sung, and song.

一组交替元音：由元音联系成的一组元音或复合元音，如 sing，sang，sung 和 sony

The fifth chapter discusses the different historical origin of the diphthong in East Asia.

第五章重点讨论复合元音的历史形成和演化的基本途径。

The second chapter mainly discusses the diphthong\'s fundamentals, including the diphthong\'s concept, the quality and its classification.

第二章重点讨论复合元音的基本原理，包括复合元音的概念，性质和分类。

Chinese complex vowels, according to the position of the syllable nucleus, get separated into three major categories of falling diphthong, rising diphthong, and triphthong.

在单元音的分析基础上，对复合元音的舌位变化进行分析，比较辅音起头的复合元音和零声母的舌位变化模式异同。

The physical properties of the vowels will be analyzed by the place of formant and the length of duration on a spectrograph.

本论文的目的在于分析韩汉两语的单元音和复合元音，用对比的方法给韩汉两国人学习对方语言时提供能把握韩汉两语元音特征的参考资料。

The third chapter mainly discusses the off-glide diphthong\'s languages feature typologies on /ua//ia//ui/.

第三章重点讨论三组前滑复合元音／ua／、／ia／和／ui／在东亚各个语群中的语言分布差异及共性特征，划分语言类型。

Schwa /FwB;FwB/n sound occurring in unstressed syllables and diphthongs in English,eg the 'a' in 'about

非重读央元音，混元音（英语里出现在非重读音节和复合元音中的中性元音，如中的 a）。

What is more,they can also speak Chinese,Uigur,Kazakh,and so on. They have their own national scripts,and have Sibo language lessons in primary school.

相对而言，现代锡伯语口语的单元音结构系统，没有像复合元音结构系统那么复杂，但在现代锡伯语口语的元音系统的分析和研究中，占据着十分重要的学术地位。

By comparing Orchon language with modern Mongolian and wrirtten Mongolian we have found the correspondence between long vowels,diphthongs and VC/CV configurartions in Orchon and rthe Mongolian language .

通过比较研究鄂伦春语和蒙古语口语以及书面蒙古语的长元音、复合元音和音组，发现鄂伦春语和蒙古语的长元音、复合元音和音组之间存在语音对应关系，这为揭示蒙古语族语言和满洲通古斯语族语言较早时期的音组和复合元音发展演变成长元音的发展演变过程和规律提供了有力的语言例证。

The forth chapter mainly discusses the on-glide diphthong\'s languages feature typologies on /au//ai//iu/.

第四章重点讨论三组后滑复合元音／au／、／ai／和／iu／在东亚各个语群的语言分布差异及共性特征，划分语言类型，并从地理分布的角度解释语言类型形成的外部机制。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。