phonate

简明释义

英[fəʊˈneɪt]美[ˈfoʊˌneɪt]

vi. 发声

vt. 发……音

第 三 人 称 单 数 p h o n a t e s

现 在 分 词 p h o n a t i n g

过 去 式 p h o n a t e d

过 去 分 词 p h o n a t e d

英英释义

单词用法

同义词

反义词

例句

1.When baby phonate, parents can repeat children's voice, and looked at the baby face smiling.

当婴儿出声时，父母也可以重复儿童的声音，并望着婴儿的脸蛋微笑。

2.T he obtained data show that:the complex of humic acid and sodium-lignosul phonate can elevate the discharge capacity and rechargeable acceptance ability of lead-acid battery;

试验数据表明：当采用木素磺酸钠为膨胀剂时，最好与腐殖酸复合，这样可提高电池的放电容量和充电接受能力；

3.T he obtained data show that:the complex of humic acid and sodium-lignosul phonate can elevate the discharge capacity and rechargeable acceptance ability of lead-acid battery;

试验数据表明：当采用木素磺酸钠为膨胀剂时，最好与腐殖酸复合，这样可提高电池的放电容量和充电接受能力；

4.Children learn to phonate 发音 correctly during their early language development.

孩子们在早期语言发展中学习正确地发音。

5.To improve your singing, it's essential to learn how to phonate 发音 with proper technique.

为了提高你的歌唱水平，学习如何用正确的技巧发音是至关重要的。

6.During the lesson, the teacher demonstrated how to phonate 发音 different vowel sounds.

在课堂上，老师演示了如何发音不同的元音音素。

7.Speech therapists help individuals who struggle to phonate 发音 clearly.

语言治疗师帮助那些难以清晰发音的人。

8.Many animals communicate by using sounds that they phonate 发音 in their own unique ways.

许多动物通过以自己独特的方式发音声音来交流。

作文

Phonation is a fascinating process that involves the production of sound through the vocal cords. It is a fundamental aspect of human communication, allowing us to express our thoughts, emotions, and ideas. When we phonate, we engage in a complex interplay of various physiological mechanisms, including the airflow from the lungs, the vibration of the vocal folds, and the shaping of sounds by the articulators such as the tongue, lips, and palate. Understanding how we phonate can deepen our appreciation for the intricacies of spoken language.The act of phonating begins with the respiratory system. Air is pushed from the lungs through the trachea and into the larynx, where the vocal cords are located. These cords are made up of muscle and tissue and can be tightened or relaxed to change the pitch and volume of the sound produced. When we phonate, the vocal cords come together and vibrate as air passes through them, creating sound waves. This is known as vocal fold vibration, and it is essential for producing voice.Once the sound is generated in the larynx, it travels through the vocal tract, which includes the throat, mouth, and nasal passages. The shape and position of the articulators modify the sound, allowing us to produce different phonemes, or distinct units of sound, that make up our speech. For instance, when we move our tongue to create different vowel sounds or use our lips to form consonants, we are actively engaging in the process of phonation.Moreover, phonation is not only about producing sound; it is also about conveying meaning and emotion. The way we phonate can alter the message we wish to communicate. For example, a higher pitch might indicate excitement or surprise, while a lower pitch could convey seriousness or authority. Additionally, the rhythm and intonation patterns we use when we phonate can enhance the emotional impact of our words, making speech more engaging and effective.In the realm of linguistics, understanding phonation is crucial for analyzing different languages and their phonetic systems. Different languages may have unique ways of phonating certain sounds, which can lead to variations in pronunciation and accent. For instance, some languages utilize tones, where the pitch of the voice can change the meaning of a word entirely. In Mandarin Chinese, for example, the word "ma" can mean mother, horse, or scold, depending on the tone used during phonation.In recent years, technology has advanced our understanding of phonation through the use of voice recognition software and speech synthesis. These innovations rely on the principles of phonation to analyze and replicate human speech patterns. As we continue to explore the science behind phonation, we also uncover new applications in fields such as linguistics, psychology, and artificial intelligence.In conclusion, phonation is a vital component of human communication that encompasses the intricate processes involved in sound production. By examining how we phonate, we gain insights into the physiological, linguistic, and emotional aspects of speech. Whether we are speaking, singing, or simply expressing ourselves, the ability to phonate shapes our interactions and connects us to others in profound ways.

发声是一个迷人的过程，涉及通过声带产生声音。它是人类交流的基本方面，使我们能够表达我们的思想、情感和想法。当我们发声时，我们参与了各种生理机制的复杂相互作用，包括来自肺部的气流、声带的振动以及舌头、嘴唇和上颚等发音器官对声音的塑造。理解我们如何发声可以加深我们对口语语言复杂性的欣赏。发声的行为始于呼吸系统。空气从肺部推送到气管，再进入喉部，声带位于此处。这些声带由肌肉和组织构成，可以收紧或放松，以改变产生声音的音调和音量。当我们发声时，声带会聚在一起，并在空气通过它们时振动，从而产生声波。这被称为声带振动，它对于产生声音至关重要。一旦在喉部生成声音，它就会通过声道传播，包括喉咙、嘴巴和鼻腔。发音器官的形状和位置修改声音，使我们能够产生不同的音素，或构成我们言语的独特声音单位。例如，当我们移动舌头以创造不同的元音或用嘴唇形成辅音时，我们正在积极参与发声的过程。此外，发声不仅仅是产生声音；它还涉及传达意义和情感。我们如何发声可以改变我们希望传达的信息。例如，更高的音调可能表示兴奋或惊讶，而较低的音调则可能传达严肃性或权威性。此外，我们在发声时使用的节奏和语调模式可以增强我们话语的情感影响，使演讲更加引人入胜和有效。在语言学领域，理解发声对于分析不同语言及其语音系统至关重要。不同的语言可能有独特的方式来发声某些声音，这可能导致发音和口音的差异。例如，一些语言使用音调，其中声音的音高可以完全改变一个词的意思。在普通话中，例如，词“妈”可以根据用在发声中的音调不同而意味着母亲、马或骂。近年来，技术进步使我们通过语音识别软件和语音合成进一步了解发声。这些创新依赖于发声的原理来分析和复制人类的语音模式。随着我们继续探索发声背后的科学，我们还在语言学、心理学和人工智能等领域发现新的应用。总之，发声是人类交流的重要组成部分，涵盖了声音产生的复杂过程。通过研究我们如何发声，我们获得了对言语的生理、语言和情感方面的深入见解。无论我们是在说话、唱歌还是仅仅表达自己，发声的能力塑造了我们的互动，并以深刻的方式将我们与他人联系在一起。