| Summary: | 碩士 === 國立臺北科技大學 === 冷凍與低溫科技研究所 === 90 === Following the international standardization trends, the concept of “Uncertainty of Measurement” was introduced to Taiwan for years ago. I will explore ways to realize and apply this theory.
Testing “Uncertainty of Measurement” is both necessary and important. Air-conditioner capacity testing is chiefly concerned with the measurement technology - temperature, humidity and pressure etc. The demands of the test require a high degree pf accuracy. Moreover, the measurement equipment is very expensive. In order to sufficiently match with accuracy standards, the method and procedure of the measurement is important. Also, despite the due diligence of testing, the uncertainty of the measuring system also takes on an important role.
In order to get results within “Uncertainty of Measurement parameters, the results undergo a series of statistics and a complicated mathematical analysis. For researchers in the field of air-conditioner capacity testing, this is not easy. This research will provide a detailed introduction not only for the general measurement technology of air conditioners, but also for the concept and measurement method of “Uncertainty of Measurement”. Moreover, this thesis will provide accessible mathematical and statistical examples using Microsoft Excel, eschewing intricate software or a redesign of some package programs. I hope this thesis will help every researcher involved in air-conditioner measurement discover the “Uncertainty of Measurement” by using independent and careful analysis to rival the accuracy of a sophisticated laboratory. My goal is to provide a method of relief leading to consummate and flawless results.
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