atmospheric noise

简明释义

大气噪声

英英释义

例句

1.The radio signal was distorted due to the high levels of atmospheric noise.

由于高水平的大气噪声，无线电信号失真了。

2.During the storm, we noticed an increase in atmospheric noise affecting our communication.

在暴风雨期间，我们注意到大气噪声的增加影响了我们的通信。

3.The quality of the audio recording suffered because of the persistent atmospheric noise.

由于持续的大气噪声，音频录音的质量受到了影响。

4.Engineers are working to minimize atmospheric noise in satellite communications.

工程师正在努力减少卫星通信中的大气噪声。

5.Amateur radio operators often struggle with atmospheric noise during certain weather conditions.

业余无线电操作员在某些天气条件下经常与大气噪声作斗争。

作文

In the realm of communication technology, understanding the factors that affect signal quality is essential. One such factor is atmospheric noise, which refers to the natural electromagnetic noise produced by various atmospheric phenomena. This type of noise can significantly impact radio waves and other forms of wireless communication. 大气噪声的主要来源包括闪电、太阳辐射和其他自然现象，这些都能在不同频率上产生干扰。 When we consider radio communications, for instance, atmospheric noise can create challenges for both amateur and professional radio operators. During a thunderstorm, the lightning strikes generate vast amounts of electromagnetic energy that can overwhelm weaker signals. This phenomenon is not only limited to thunderstorms; even solar activity, such as solar flares, can lead to increased atmospheric noise, disrupting satellite communications and GPS systems. 大气噪声的影响是多方面的，尤其是在高频段的信号传输中，干扰可能会导致信息传递的不准确性。In addition to its effects on communication, atmospheric noise also plays a role in scientific research. For example, astronomers must account for atmospheric noise when observing celestial objects. The electromagnetic radiation emitted by stars and galaxies can be obscured or distorted by the noise generated in our own atmosphere. As a result, scientists employ various techniques to filter out this noise, allowing them to obtain clearer data and better understand the universe. 大气噪声不仅对通信造成影响，也对天文学研究提出了挑战。Moreover, the study of atmospheric noise has led to advancements in technology. Engineers are constantly developing new methods to minimize the impact of atmospheric noise on communication systems. For example, adaptive filtering techniques can be used to distinguish between desired signals and unwanted noise. By analyzing the characteristics of atmospheric noise, these systems can adjust their parameters in real-time to enhance signal clarity and reliability. 大气噪声的研究推动了通信技术的进步，使我们能够更有效地传输信息。In conclusion, atmospheric noise is a critical concept in the fields of communication and science. Its effects can be both detrimental and informative, influencing how we transmit and receive information across the globe. Understanding atmospheric noise allows us to develop better technologies and improve our ability to communicate, whether it be through radio waves, satellites, or scientific research. As we continue to explore the complexities of our atmosphere and its interactions with technology, the importance of atmospheric noise will remain a vital area of study. 大气噪声的理解不仅有助于改善我们的通信方式，也为科学研究提供了新的视角和方法。

在通信技术领域，理解影响信号质量的因素至关重要。其中一个因素是大气噪声，指的是由各种大气现象产生的自然电磁噪声。这种噪声可以显著影响无线电波和其他形式的无线通信。大气噪声的主要来源包括闪电、太阳辐射和其他自然现象，这些都能在不同频率上产生干扰。以无线电通信为例，大气噪声对业余和专业无线电操作员都构成了挑战。在雷暴期间，闪电击产生大量电磁能量，可能会淹没较弱的信号。这种现象不仅限于雷暴；甚至太阳活动，如太阳耀斑，也会导致大气噪声增加，干扰卫星通信和GPS系统。大气噪声的影响是多方面的，尤其是在高频段的信号传输中，干扰可能会导致信息传递的不准确性。除了对通信的影响外，大气噪声在科学研究中也发挥着作用。例如，天文学家在观察天体时必须考虑大气噪声。恒星和星系发出的电磁辐射可能会被我们大气中产生的噪声遮蔽或扭曲。因此，科学家们采用各种技术来过滤掉这些噪声，使他们能够获得更清晰的数据，更好地理解宇宙。大气噪声不仅对通信造成影响，也对天文学研究提出了挑战。此外，大气噪声的研究促进了技术的进步。工程师们不断开发新方法，以最小化大气噪声对通信系统的影响。例如，自适应滤波技术可以用于区分期望信号和不需要的噪声。通过分析大气噪声的特征，这些系统可以实时调整其参数，以增强信号的清晰度和可靠性。大气噪声的研究推动了通信技术的进步，使我们能够更有效地传输信息。总之，大气噪声是通信和科学领域中的一个关键概念。它的影响既有害又有益，影响着我们在全球范围内传递和接收信息的方式。理解大气噪声使我们能够开发更好的技术，改善我们的通信能力，无论是通过无线电波、卫星还是科学研究。随着我们继续探索大气的复杂性及其与技术的相互作用，大气噪声的重要性将仍然是一个重要的研究领域。