[Physical fundamentals of pressure measurement (author's transl)].

P Krösl
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引用次数: 0

Abstract

The important role of pressure-measurement for many diagnostic, surgical, critical care and biomedical research problems should not be underestimated. For high accurancy the good knowledge of the underlying physical and mathematical principles seems to be necessary. On the other hand many users need some quick and easy methods for units of pressure measurements testing and calibration of their pressure-measurements system. In this survey a small introduction to the units is followed by basic considerations about fluid-mechanics. Fourier-analysis and theory of transmission. (The influence of terms like "natural frequency", "damping" and "phase lag" are shown). After the description of the commonly used pressure-transducers some hints are given to check the systems even in small laboratories.

[压力测量的物理基础(作者简介)]。
压力测量在许多诊断、外科、重症监护和生物医学研究问题中的重要作用不应被低估。要达到高精度,对基本物理和数学原理的良好了解似乎是必要的。另一方面,许多用户需要一些快速简便的方法来测试和校准他们的压力测量系统。在这篇概论中,对单元作了一个简短的介绍,然后是关于流体力学的基本考虑。傅里叶分析与传播理论。(显示了“固有频率”、“阻尼”和“相位滞后”等术语的影响)。在描述了常用的压力传感器之后,给出了一些提示,即使在小型实验室中也可以检查系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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