very low sound frequency

简明释义

甚低音频率

英英释义

例句

1.Infrasound is defined as sound waves with frequencies below the audible range, typically very low sound frequency 非常低的声音频率.

次声波定义为低于可听范围的声波，通常是非常低的声音频率.

2.The whale's song can be heard over long distances due to its very low sound frequency 非常低的声音频率.

鲸鱼的歌声可以在很远的距离被听到，因为它的非常低的声音频率.

3.The research focused on the effects of very low sound frequency 非常低的声音频率 on human health.

这项研究集中于非常低的声音频率对人类健康的影响.

4.Subwoofers are designed to reproduce very low sound frequency 非常低的声音频率 for a richer audio experience.

低音炮旨在重现非常低的声音频率以提供更丰富的音频体验.

5.Some animals communicate using very low sound frequency 非常低的声音频率 that humans cannot hear.

一些动物使用人类无法听到的非常低的声音频率进行交流.

作文

The world around us is filled with sounds that vary in frequency, from the high-pitched notes of a violin to the deep rumble of thunder. Among these sounds, there exists a category that is often overlooked yet profoundly impactful: sounds with a very low sound frequency. These sounds are typically below the range of human hearing, usually under 20 Hz, and are known as infrasound. While we may not consciously perceive them, they can have significant effects on both our environment and our well-being.In nature, very low sound frequency waves are produced by various phenomena, including earthquakes, volcanic eruptions, and even ocean waves. For instance, when an earthquake occurs, it generates seismic waves that travel through the Earth. Some of these waves fall into the category of infrasound, which can be detected by specialized equipment far away from the epicenter. This ability to monitor very low sound frequency signals allows scientists to study geological activity and predict potential disasters, ultimately saving lives.In addition to natural occurrences, very low sound frequency can also be produced by human activities. Large machinery, such as airplanes and trains, generate infrasound as they operate. Research has shown that prolonged exposure to these low-frequency sounds can lead to various health issues, including stress, fatigue, and even sleep disturbances. This phenomenon has prompted researchers to investigate ways to mitigate the impact of very low sound frequency in urban environments, where noise pollution is a growing concern.Interestingly, some animals utilize very low sound frequency for communication. Elephants, for example, are known to produce infrasound to communicate over long distances. This ability allows them to maintain social bonds and coordinate movements within their herds. Similarly, whales also use low-frequency sounds to communicate across vast oceanic expanses. The study of these animal behaviors has provided insights into the importance of very low sound frequency in the natural world, highlighting its role in survival and social interaction.Moreover, very low sound frequency has been explored in the context of music and art. Some composers have experimented with low-frequency sounds to evoke specific emotions or create immersive experiences. The use of sub-bass frequencies in electronic music, for example, can produce a physical sensation that resonates with listeners, drawing them deeper into the auditory experience. This artistic application of very low sound frequency illustrates its versatility and potential for creative expression.In conclusion, while very low sound frequency may not be something we consciously hear, its presence is felt in various aspects of our lives. From natural events that shape our planet to human-made noises that affect our health, and even in the communication of animals, these low-frequency sounds play a crucial role in our understanding of the world. As we continue to explore the implications of very low sound frequency, it becomes increasingly clear that these sounds are not merely background noise, but rather vital components of our environment that deserve further attention and study.

我们周围的世界充满了不同频率的声音，从小提琴的高音到雷声的低沉隆隆声。在这些声音中，存在一个常常被忽视但深远影响的类别：非常低的声音频率。这些声音通常低于人类听觉范围，通常在20赫兹以下，被称为次声波。虽然我们可能不会有意识地感知它们，但它们可以对我们的环境和福祉产生重大影响。在自然界中，非常低的声音频率 波由各种现象产生，包括地震、火山爆发甚至海浪。例如，当地震发生时，它会产生穿越地球的地震波。这些波中的一些落入次声波的类别，可以通过专门的设备在离震中很远的地方探测到。监测非常低的声音频率 信号的能力使科学家能够研究地质活动并预测潜在灾害，最终拯救生命。除了自然现象，非常低的声音频率 还可以通过人类活动产生。大型机械，如飞机和火车，在运行时会产生次声波。研究表明，长期暴露于这些低频声音中可能导致各种健康问题，包括压力、疲劳甚至睡眠障碍。这种现象促使研究人员调查减轻城市环境中非常低的声音频率 影响的方法，因为噪音污染正日益成为一个关注的问题。有趣的是，一些动物利用非常低的声音频率 进行交流。例如，大象被认为会产生次声波以便在长距离上进行交流。这种能力使它们能够维持社会纽带并协调群体内的运动。同样，鲸鱼也利用低频声音在广阔的海洋中进行交流。对这些动物行为的研究提供了对非常低的声音频率 在自然界中重要性的洞察，突显其在生存和社会互动中的作用。此外，非常低的声音频率 还在音乐和艺术的背景下得到了探索。一些作曲家尝试使用低频声音来唤起特定的情感或创造沉浸式体验。例如，在电子音乐中使用超低频率可以产生一种与听众产生共鸣的身体感觉，将他们更深入地吸引到听觉体验中。这种艺术应用的非常低的声音频率展示了其多样性和创意表达的潜力。总之，虽然非常低的声音频率 可能不是我们有意识听到的东西，但它在我们生活的各个方面都能感受到它的存在。从塑造我们星球的自然事件到影响我们健康的人为噪音，甚至是动物的交流，这些低频声音在我们理解世界中扮演着至关重要的角色。随着我们继续探索非常低的声音频率 的影响，越来越清楚的是，这些声音不仅仅是背景噪音，而是我们环境中值得进一步关注和研究的重要组成部分。