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最初关于超声波的了解是基于动物对超声波的使用实例,在科学家不断的研究和探索中,我们了解到超声波有着能够实现精准测量距离的功能。技术人员通过相关技术手段,让超声波的使用也不再局限于动物之间。我们也可以使用超声波来达到精准测距的目的。然而超声波虽然是一种具有简单、实用等特点的测量技术,但又受部分因素的限制。而且在特定的情况下,还会受到环境的干扰。导致其测量精度降低。因此,本文将对精度超声波做细致的介绍,并对影响其测量精度的因素做详细的分析,最后提出一些建议以期帮助精度超声波更好的发展。
The original understanding of ultrasound was based on the use of ultrasound in animals. As scientists continue to investigate and explore, we learned that ultrasound has the ability to accurately measure distances. Technicians through the relevant technical means, so that the use of ultrasound is no longer confined to animals. We can also use ultrasound to achieve precise range finder. However, although ultrasound is a simple, practical and other measurement techniques, but also by some factors. And in certain circumstances, but also environmental interference. Resulting in lower measurement accuracy. Therefore, this article will make a detailed introduction to the ultrasonic precision, and make a detailed analysis of the factors that affect the measurement accuracy. Finally, some suggestions are put forward to help the ultrasonic ultrasound to develop better.