phonetics

简明释义

英[fəˈnetɪks]美[fəˈnetɪks]

n. 发音学，语音学

英英释义

单词用法

同义词

反义词

例句

1.The study of Intonation is one of the important problems in phonetics.

语调研究是当前语音学和音系学研究的重要课题之一。

2.What is phonetics?

什么是语音学？

3.Authorityhe is a great authority on phonetics.

他是语音学方面的权威。

4.The paper deals with the selection of acoustic phonetics of the speaker characteristics.

论文讨论了如何选取声学特征来表征不同发音者的语音个人特性。

5.For over four decades the boffins tried to program computers to "understand" the structure and phonetics of language.

在超过四十年的时间里研究人员试图通过编程使计算机能够“理解”语言的结构和语音。

6.Linguistics embraces a diverse range of subjects such as phonetics and stylistics.

语言学包括许多不同的科目，如语音学和文体学。

7.In linguistics classes, we often study phonetics (语音学) to understand how sounds are produced.

在语言学课程中，我们经常研究phonetics(语音学)以理解声音是如何产生的。

8.The phonetics (语音学) of a language can greatly affect its pronunciation.

一种语言的phonetics(语音学)可以极大地影响其发音。

9.Learning the phonetics (语音学) of English helped me improve my accent.

学习英语的phonetics(语音学)帮助我改善了口音。

10.The study of phonetics (语音学) includes both articulatory and acoustic components.

对phonetics(语音学)的研究包括发音和声学两个部分。

11.She specializes in phonetics (语音学) and teaches students how to articulate sounds correctly.

她专攻phonetics(语音学)，教学生如何正确发音。

作文

Phonetics is the study of the sounds of human speech. It is a branch of linguistics that focuses on how sounds are produced, transmitted, and perceived. Understanding phonetics (语音学) is essential for anyone interested in language, whether as a student, teacher, or linguist. This field not only examines the physical properties of sounds but also how they function within different languages and dialects. The importance of phonetics (语音学) can be seen in various applications. For instance, language learners benefit greatly from understanding the sounds of a language. When learning English, for example, recognizing the difference between similar sounds can significantly improve pronunciation. By studying phonetics (语音学), learners can identify which sounds are challenging for them and focus on those areas to enhance their speaking skills. Moreover, phonetics (语音学) plays a crucial role in speech therapy. Speech therapists often use knowledge of phonetics (语音学) to diagnose and treat speech disorders. By analyzing the way sounds are articulated, therapists can develop targeted exercises to help individuals produce sounds correctly. This application demonstrates the practical benefits of understanding phonetics (语音学) beyond theoretical knowledge. In addition, phonetics (语音学) is vital in fields like linguistics, anthropology, and cognitive science. Linguists use phonetics (语音学) to analyze the sound systems of different languages, leading to a better understanding of language evolution and diversity. Anthropologists might study the phonetics (语音学) of indigenous languages to preserve cultural heritage. Cognitive scientists may explore how humans perceive and produce sounds, shedding light on the relationship between language and thought. Another interesting aspect of phonetics (语音学) is its connection to technology. With the rise of voice recognition software and artificial intelligence, understanding phonetics (语音学) has become increasingly important. Developers of these technologies must consider the nuances of human speech to create systems that accurately recognize and respond to voice commands. This intersection of phonetics (语音学) and technology illustrates how this field continues to evolve and impact our daily lives. The study of phonetics (语音学) can be divided into three main branches: articulatory, acoustic, and auditory phonetics (语音学). Articulatory phonetics (语音学) examines how speech sounds are produced by the movement of the vocal tract, including the tongue, lips, and palate. Acoustic phonetics (语音学) investigates the physical properties of sound waves, such as frequency and amplitude. Auditory phonetics (语音学) focuses on how sounds are perceived by the ear and processed by the brain. Each branch provides valuable insights into the complex nature of human communication. In conclusion, phonetics (语音学) is a fundamental aspect of language study that encompasses a wide range of applications, from language learning and speech therapy to technology and research. By delving into the sounds of speech, we gain a deeper appreciation for the intricacies of communication. Whether you are a student, educator, or simply someone passionate about language, understanding phonetics (语音学) can enrich your knowledge and enhance your skills in various ways.

语音学是对人类语言声音的研究。它是语言学的一个分支，专注于声音的产生、传播和感知。理解phonetics（语音学）对任何对语言感兴趣的人来说都是必不可少的，无论是作为学生、教师还是语言学家。这个领域不仅考察声音的物理属性，还考察它们在不同语言和方言中的功能。 phonetics（语音学）的重要性可以在各种应用中看到。例如，语言学习者非常受益于理解一种语言的声音。在学习英语时，识别相似声音之间的差异可以显著改善发音。通过学习phonetics（语音学），学习者可以识别出哪些声音对他们来说具有挑战性，并集中精力在这些领域上以提高他们的口语技能。 此外，phonetics（语音学）在言语治疗中也发挥着至关重要的作用。言语治疗师通常利用phonetics（语音学）的知识来诊断和治疗言语障碍。通过分析声音的发音方式，治疗师可以制定针对性的练习，帮助个人正确发出声音。这一应用展示了理解phonetics（语音学）在理论知识之外的实际好处。 此外，phonetics（语音学）在语言学、人类学和认知科学等领域也至关重要。语言学家使用phonetics（语音学）分析不同语言的音系，从而更好地理解语言的演变和多样性。人类学家可能会研究土著语言的phonetics（语音学）以保护文化遗产。认知科学家可能会探索人类如何感知和产生声音，从而揭示语言与思维之间的关系。 phonetics（语音学）的另一个有趣方面是它与技术的联系。随着语音识别软件和人工智能的兴起，理解phonetics（语音学）变得越来越重要。这些技术的开发者必须考虑人类语言的细微差别，以创建能够准确识别和响应语音命令的系统。phonetics（语音学）与技术的交集说明了这一领域如何继续发展并影响我们的日常生活。 phonetics（语音学）的研究可以分为三个主要分支：发音phonetics（语音学）、声学phonetics（语音学）和听觉phonetics（语音学）。发音phonetics（语音学）考察声音是如何通过声道的运动产生的，包括舌头、嘴唇和上颚。声学phonetics（语音学）研究声波的物理属性，如频率和振幅。听觉phonetics（语音学）则专注于声音是如何被耳朵感知并由大脑处理的。每个分支都提供了对人类交流复杂性质的宝贵见解。 总之，phonetics（语音学）是语言研究的一个基本方面，涉及广泛的应用，从语言学习和言语治疗到技术和研究。通过深入研究语言声音，我们对交流的复杂性有了更深刻的理解。无论你是学生、教育工作者，还是单纯对语言充满热情的人，理解phonetics（语音学）都能以多种方式丰富你的知识，提高你的技能。