resonant pitching

简明释义

谐振纵摇

英英释义

例句

1.In the theater, actors often rely on resonant pitching to project their voices without microphones.

在剧院中，演员们常常依靠共鸣音调来在没有麦克风的情况下投射他们的声音。

2.The speaker used resonant pitching to enhance the emotional impact of his presentation.

演讲者使用了共鸣音调来增强演示的情感影响力。

3.During the debate, her resonant pitching made her arguments more convincing.

在辩论中，她的共鸣音调使她的论点更具说服力。

4.The coach taught the team how to use resonant pitching during their pep talks.

教练教队员们在激励讲话中如何使用共鸣音调。

5.He practiced resonant pitching to improve his singing voice.

他练习共鸣音调以改善他的歌唱声音。

作文

In the realm of music and sound engineering, the term resonant pitching refers to the ability of a sound to create a harmonious and sustained tone that resonates with the listener. This concept is not only crucial for musicians but also for sound designers and audio engineers who strive to create an immersive auditory experience. Understanding resonant pitching can greatly enhance one’s ability to produce music that captivates and engages an audience.At its core, resonant pitching involves the manipulation of sound waves to achieve a specific frequency that resonates with other frequencies in a pleasing manner. This is achieved through various techniques, including tuning instruments, adjusting microphone placements, and using digital audio workstations to refine sound quality. For instance, a skilled guitarist knows how to tune their instrument to ensure that each note played not only sounds clear but also blends beautifully with other notes. This careful attention to pitch creates a resonance that can evoke powerful emotions in listeners.Moreover, resonant pitching plays a significant role in the production of vocal music. Singers often train their voices to find their resonant pitches, allowing them to project their sound more effectively. When a singer hits their resonant pitching, the sound waves produced are amplified naturally by the body, creating a fuller and richer sound. This phenomenon can be observed in various musical genres, from classical opera to contemporary pop music. The ability to harness resonant pitching can distinguish an average singer from a remarkable one, as it adds depth and emotion to their performance.In addition to its application in music, resonant pitching has practical implications in sound design for film and theater. Sound designers utilize this concept to create soundscapes that resonate with the visual elements on screen. For example, when designing the sound for a dramatic scene, a sound designer might incorporate low-frequency sounds that resonate with the viewer's emotions, enhancing the overall impact of the story. By understanding how resonant pitching works, sound designers can craft audio experiences that are not only heard but felt.Furthermore, the concept of resonant pitching can extend beyond the arts into fields such as architecture and acoustics. Architects consider how sound resonates within a space when designing concert halls or theaters. The shape and materials used in these buildings can significantly affect how sound waves travel and resonate, impacting the overall auditory experience for the audience. A well-designed concert hall will have optimal resonant pitching, allowing every note played to reach its full potential.In conclusion, resonant pitching is a multifaceted concept that transcends music and sound engineering. It encompasses the science of sound waves and their interactions, the art of performance, and the intricacies of sound design. By mastering resonant pitching, musicians, vocalists, sound designers, and architects can create experiences that resonate deeply with audiences, leaving a lasting impression. Whether in a concert hall, a recording studio, or a theater, the principles of resonant pitching continue to shape the way we experience sound in our daily lives.

在音乐和声音工程的领域中，术语共鸣音高指的是声音创造出一种和谐且持续的音调的能力，这种音调与听众产生共鸣。这个概念不仅对音乐家至关重要，而且对声音设计师和音频工程师也同样重要，他们努力创造沉浸式的听觉体验。理解共鸣音高可以极大地增强一个人制作引人入胜的音乐的能力。从本质上讲，共鸣音高涉及到操控声波，以达到与其他频率和谐共鸣的特定频率。这是通过各种技术实现的，包括调音乐器、调整麦克风位置以及使用数字音频工作站来优化音质。例如，一位熟练的吉他手知道如何调音他们的乐器，以确保每个音符不仅清晰可闻，而且与其他音符完美融合。这种对音高的细致关注创造了一种共鸣，可以在听众中引发强烈的情感。此外，共鸣音高在声乐音乐的制作中发挥着重要作用。歌手通常训练自己的声音以找到他们的共鸣音高，从而使他们的声音更有效地传播。当歌手达到他们的共鸣音高时，身体自然放大所产生的声波，创造出更丰满、更丰富的声音。这种现象可以在各种音乐类型中观察到，从古典歌剧到当代流行音乐。掌握共鸣音高的能力可以使一位普通的歌手与卓越的歌手区分开来，因为它为他们的表演增添了深度和情感。除了在音乐中的应用，共鸣音高在电影和戏剧的声音设计中也具有实际意义。声音设计师利用这一概念创造与屏幕上的视觉元素共鸣的声音场景。例如，在为戏剧场景设计声音时，声音设计师可能会加入低频声音，与观众的情感产生共鸣，增强故事的整体影响。通过理解共鸣音高的工作原理，声音设计师可以制作不仅被听到而且被感受到的音频体验。此外，共鸣音高的概念还可以扩展到建筑和声学等领域。建筑师在设计音乐厅或剧院时，会考虑声音在空间中的共鸣。当设计这些建筑时，形状和材料会显著影响声波的传播和共鸣，从而影响观众的整体听觉体验。一座设计良好的音乐厅将具有最佳的共鸣音高，使每一个演奏的音符都能达到其最大潜力。总之，共鸣音高是一个多方面的概念，超越了音乐和声音工程。它包含了声波及其相互作用的科学、表演的艺术以及声音设计的复杂性。通过掌握共鸣音高，音乐家、歌手、声音设计师和建筑师能够创造出与观众深刻共鸣的体验，留下持久的印象。无论是在音乐厅、录音室还是剧院，共鸣音高的原则继续塑造我们在日常生活中体验声音的方式。