超声颗粒表征

Malcolm J.W Povey
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引用次数: 8

摘要

无论是在实验室还是在工厂,超声波都是一种具有极高准确性和精密度的技术。数据采集速率达到千赫数量级变换过程监控,提供了前所未有的高统计价值的信息。超声波是其他测量方式的补充,探测材料的弹性和热性能。在没有气泡的情况下,超声波在粒子集中的系统中传播,提供有关粒子大小、可压缩性、结构、分布、化学和相态的信息。它是安全的,可以是无创的,可以是经济的。在这些方面,它是独一无二的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Particulate characterization by ultrasound

Ultrasound is a technique that is capable of tremendous accuracy and precision, whether in the laboratory or on-line in the factory. Data acquisition rates of the order of kHz transform process monitoring, providing unprecedented information of high statistical value. Ultrasound is complementary to other measurement modalities, probing the elastic and thermal properties of materials. In the absence of air bubbles, ultrasound travels through concentrated systems of particles, providing information about size, compressibility, structure, distribution, chemical and phase state. It is safe, can be non-invasive and can be economical. In these respects, it is unique.

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