| Summary: | 碩士 === 國立臺北科技大學 === 電子工程系研究所 === 104 === Infrared Thermal Imaging Camera gradually expanded in recent years from military use to use the peoples livelihood, the thermal analysis and application of diagnostic monitoring industrial safety aspects of the industry more and more attention; to have both in terms of temperature distribution and thermal characteristics of video screen video installation , accurate, fast, simple, easy and non-destructive characteristics is the most significant feature of the device. Where all the material in which the temperature is above absolute zero temperature above objects are due to internal molecular vibration while varying the strength of the heat radiation. Its temperature and emissivity of the object and the object related to the amount of radiation. With the development of society, life, the opportunity to use thermal imagers substantial increase, but it is not yet on the thermal imager has a certain degree of understanding. So that people can be seen as a thermal imager image quality of the merits, through the thermal imager with the experimental thermal imager thermal design of our own resolution, reproducibility, scope of the evaluation. To implement a thermal imager can assess the quality of the experimental method. Here, the image quality of the composite score calculated experiment, thermal imager overall score of this study was designed to 11.72. The experimental understanding of the design of the thermal imager in everyday use on already enables the user to distinguish between the image information of the subject. Therefore, in the image as a comprehensive index level, you want to do basic and easy to identify discrimination, the system has to meet the daily needs.
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