amplitude of vibration 是一个合成词，表示振动的幅度。
基础释义：振幅（amplitude）是振动的幅度或大小，通常用物体最大位移与平衡位置距离的比率来衡量。
发音：/?'mpl??nt/ /??v?r??b??n/
英语范文：假设你正在研究一个机械系统的振动，你可以通过测量振幅来了解系统的健康状况。在某些情况下，振幅的变化可能表明系统存在故障或即将发生故障。因此，了解振幅对于维护和优化机械系统的性能至关重要。
音标和基础释义：[?'plɑ?m?t] /??v?r??b??(?)n/ /?n/ ?f??/??n/??n/?f??/??n/??n/?f??/??n/??n/?f??/??n/??n/?f??/??n/??n/?f??/??n/???v?r??b??(?)n/ /?n/?f??/??n/??n/?f??/??n/???v?r??b??(?)n/ /i?k?le?t??/ /k?n/?f??m/ /h?mbl?d?/ /?n?s?st?r?t/ /i?k?le?t??/ /k?n/?f??m /h?mbl?d?/ /i?k?le?t??/ /k?n/?f??m /h?mbl?d?/ /i?k?le?t??/ /k?n/?f??m /h?mbl?d?//vibration amplitude is a measure of the size of the vibration or how much it varies. in some cases, changes in the amplitude may indicate that a system is malfunctioning or about to malfunction. therefore, understanding the amplitude is crucial for maintaining and optimizing the performance of mechanical systems.
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amplitude of vibration
Amplitude of vibration是一个物理学中的概念，通常用于描述振动系统的振幅。在许多自然现象和人造系统中，振动是常见的，而振幅则是衡量振动强烈程度的重要参数。
在机械系统中，弹簧的振动可以产生一定范围的振幅。这个振幅的大小取决于许多因素，包括弹簧的特性、系统的质量分布以及外部激励。对于一个给定的系统，可以通过测量振幅来确定其振动特性。
在声音系统中，声音的振幅也可以用来衡量其强度。声音的振幅越大，声音就越响亮。在音乐制作和声音处理中，调整振幅是一个重要的步骤，以获得所需的声音效果。
在振动分析中，振幅是一个关键参数。通过测量振幅，可以确定系统的稳定性，预测其行为，并采取适当的措施来减少振动的影响。在工程和科学领域，振动分析是一个重要的课题，需要深入理解和应用。
总的来说，amplitude of vibration是一个基础而重要的概念，它涉及到许多不同的系统和现象。通过理解这个概念，我们可以更好地了解和应对振动问题，提高系统的性能和稳定性。
（范文）
As an engineer, I am always interested in the amplitude of vibration. Vibration is a common phenomenon in mechanical systems, and the amplitude is a crucial parameter to measure its intensity. For example, when designing a spring-based device, we need to consider the spring's characteristics and the system's mass distribution to determine the appropriate amplitude.
Another application of amplitude of vibration is in sound systems. Sound waves have an amplitude that determines the loudness of the sound. By adjusting the amplitude, we can create different effects in music production and sound processing.
In vibration analysis, the amplitude is a key factor. By measuring the amplitude, we can determine the system's stability and predict its behavior. For example, if a machine is producing excessive vibration, we can use the amplitude to identify the source of the problem and take appropriate measures to reduce the vibration.
In conclusion, amplitude of vibration is a fundamental concept that plays an important role in various fields. Understanding this concept helps us better understand and address vibration issues, improving system performance and stability.
amplitude of vibration
The amplitude of vibration refers to the maximum and minimum distances that the object travels during a single cycle of vibration. It is a crucial parameter in describing the motion of vibrating systems, and it determines several important properties, such as the frequency of vibration and the amount of energy transferred.
In a simple harmonic motion (SHM), the amplitude of vibration is proportional to the initial amplitude set by the oscillator. As the amplitude increases, so does the frequency of vibration, and vice versa. This relationship between amplitude and frequency is known as the "amplitude-frequency" relationship.
In practical applications, amplitude of vibration is often a critical factor in ensuring safe and reliable operation of mechanical systems. For example, in a vibrating machine, excessive amplitude can lead to damage to components or even catastrophic failure. Therefore, it is crucial to monitor and control the amplitude of vibration in order to maintain the optimal operating conditions of the system.
To measure the amplitude of vibration, various sensors and instruments can be used, such as accelerometers and laser vibrometers. These instruments can be used to measure the amplitude of vibrations in various environments, such as industrial facilities, aerospace systems, and automotive components.
In conclusion, amplitude of vibration is an essential parameter in describing the motion of vibrating systems, and it plays a crucial role in ensuring safe and reliable operation of mechanical systems. By monitoring and controlling the amplitude of vibration, it is possible to maintain optimal operating conditions and avoid potential damage or failure.
