flutter noise

简明释义

颤动噪声

英英释义

例句

1.He could hear the flutter noise of the leaves as the wind picked up.

当风起时，他能听到树叶发出的颤动噪音。

2.The flutter noise from the fluttering flags was quite distracting during the ceremony.

在仪式期间，飘动的旗帜发出的颤动噪音相当分散注意力。

3.During the experiment, the flutter noise from the machinery indicated a malfunction.

在实验过程中，机器发出的颤动噪音表明出现了故障。

4.The flutter noise created by the birds taking off startled the hikers.

鸟儿起飞时发出的颤动噪音吓到了徒步旅行者。

5.I noticed a flutter noise coming from the ventilation system.

我注意到通风系统发出了颤动噪音。

作文

In the world of sound, there exists a phenomenon known as flutter noise, which refers to a series of rapid, irregular sounds that can be both fascinating and irritating. This type of noise is often produced by the interaction of different frequencies, leading to an unpredictable yet rhythmic sound pattern. For instance, when a piece of paper flutters in the wind, it creates a soft, rustling sound that can be described as flutter noise. This sound is not only a characteristic of natural environments but also plays a significant role in various fields such as music, engineering, and acoustics.In music, flutter noise can be intentionally created to add texture and depth to a composition. Musicians often use techniques that produce irregular sounds, enhancing the emotional impact of their work. For example, in contemporary music genres, artists might incorporate flutter noise through electronic effects or by manipulating acoustic instruments. This creates a unique auditory experience that captivates listeners and evokes a wide range of emotions.Moreover, understanding flutter noise is crucial in the field of engineering, particularly in acoustics and sound design. Engineers study the characteristics of flutter noise to improve sound quality in various environments, such as concert halls, recording studios, and public spaces. By analyzing how different materials and structures interact with sound waves, they can minimize unwanted flutter noise and enhance the overall auditory experience. This is particularly important in settings where clarity and precision are essential, such as in theaters or during live performances.In addition to its applications in music and engineering, flutter noise can also be found in nature. The sound of leaves rustling in the breeze, the chirping of birds, or the gentle flow of water can all be considered forms of flutter noise. These sounds contribute to the ambiance of natural settings, providing a soothing backdrop for relaxation and reflection. Many people seek out these natural sounds as a way to escape the hustle and bustle of daily life, finding peace in the unpredictable yet harmonious patterns of flutter noise.However, it is important to note that while flutter noise can be enjoyable and enriching, it can also become overwhelming in certain contexts. In urban environments, for example, the constant barrage of flutter noise from traffic, construction, and other human activities can lead to stress and discomfort. This highlights the need for sound management strategies to mitigate excessive noise levels and create more pleasant living conditions.In conclusion, flutter noise is a multifaceted concept that permeates various aspects of life, from music and engineering to the natural world. Its unique characteristics can evoke a range of emotions and experiences, making it a valuable element in both artistic expression and scientific study. By understanding and appreciating flutter noise, we can enhance our auditory experiences and create environments that promote well-being and creativity. Whether we encounter it in the gentle rustle of leaves or the intricate layers of a musical composition, flutter noise serves as a reminder of the beauty and complexity of sound in our lives.

在声音的世界中，有一种现象被称为flutter noise，它指的是一系列快速、不规则的声音，这种声音既迷人又令人烦恼。这种噪音通常是由于不同频率之间的相互作用而产生的，导致不可预测但有节奏的声音模式。例如，当一张纸在风中颤动时，它会发出一种柔和的沙沙声，可以被描述为flutter noise。这种声音不仅是自然环境的特征，还在音乐、工程和声学等多个领域中发挥着重要作用。在音乐中，flutter noise可以被故意创造出来，以增加作品的质感和深度。音乐家们常常使用产生不规则声音的技术，增强他们作品的情感影响力。例如，在当代音乐流派中，艺术家可能通过电子效果或操控声学乐器来融入flutter noise。这创造了一种独特的听觉体验，吸引听众并唤起广泛的情感。此外，理解flutter noise在工程领域，尤其是声学和声音设计中至关重要。工程师们研究flutter noise的特性，以改善各种环境中的声音质量，例如音乐厅、录音室和公共空间。通过分析不同材料和结构如何与声波相互作用，他们可以最小化不必要的flutter noise，提升整体听觉体验。这在清晰度和精准度至关重要的场合尤为重要，比如在剧院或现场表演中。除了在音乐和工程中的应用外，flutter noise也可以在自然界中找到。树叶在微风中沙沙作响、鸟儿鸣叫或水流潺潺的声音都可以视为flutter noise的形式。这些声音为自然环境提供了氛围，成为放松和反思的舒缓背景。许多人寻求这些自然声音，以逃避日常生活的喧嚣，在flutter noise的不规则却和谐的模式中找到宁静。然而，需要注意的是，尽管flutter noise可以令人愉悦和丰富，但在某些情况下也可能变得压倒性。例如，在城市环境中，来自交通、建筑和其他人类活动的持续flutter noise轰炸可能导致压力和不适。这突显了需要采取声音管理策略，以减轻过度噪音水平，创造更愉快的生活条件。总之，flutter noise是一个多方面的概念，渗透到生活的各个方面，从音乐和工程到自然世界。它独特的特性可以唤起一系列情感和体验，使其成为艺术表达和科学研究中的宝贵元素。通过理解和欣赏flutter noise，我们可以增强我们的听觉体验，创造促进幸福和创造力的环境。无论是在树叶轻轻沙沙作响的声音中，还是在音乐作品的复杂层次中，我们都能体会到flutter noise所带来的美丽与复杂性。