空气密度测量装置-创新设计、校准和示范结果

Q3 Engineering
Jakub Szymiczek
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引用次数: 0

摘要

空气密度是在许多应用中使用的参数。它的正确测定会对实验结果产生关键影响。在计算阻力系数或气动管道能量损失时,空气密度值是获得准确结果的关键。为了精确测量该参数,设计并制作了电子空气密度测量装置。下面的文章介绍了上述装置的设计、构造、校准和试验。该装置的设计目标是达到设定的假设。它是用开源编程环境和易于访问的组件构建的。对设备的传感器进行了校准,以确保结果的高精度。使用饱和盐溶液对湿度传感器进行校准。为确保设备性能,进行了示范性测量。创建的工具提供了本文中设置的假设的优秀和廉价的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Air Density Measuring Device - Innovative Design, Calibration and Exemplary Results
Air density is a parameter used in numerous applications. Its correct determination can have a key impact on the outcome of an experiment. In calculation of the drag coefficient or pneumatic piping energy loss air density value is crucial for obtaining accurate results. In order to precisely measure this parameter, the electronic air density measuring device was designed and built. The following article presents design, construction, calibration and tests of the mentioned device. The device was designed with a target of reaching set assumptions. It was constructed with open-source programming environment and easily accessible components. Calibration of the device’s sensors was performed in order to ensure high accuracy of results. Calibration of the humidity sensor was performed with use of saturated salt solutions. Exemplary measurement was made to ensure device performance. Created tool provides excellent and cheap fulfillment of the assumptions set in the article.
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来源期刊
Instrumentation Mesure Metrologie
Instrumentation Mesure Metrologie Engineering-Engineering (miscellaneous)
CiteScore
1.70
自引率
0.00%
发文量
25
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