摘要
在这，纸，机械构造，热管理者设计和一个本地区域的温度测量系统为大规模线性测量被建立。数字分析基于温度，相关特征被讨论为大小获得最佳的观察点。测量区域的水平温度分发随着时间的过去与在 15 掳 C 和 20 掳 C 的温度的变化的测量相比，并且动态反应的特征也被讨论。另外，测量温度的长期的稳定性借助于使用标准差被分析。它描绘一个大区域的温度分发性能并且它怎么可以影响一个大规模对象的测量。
In this paper, the mechanical construction, thermal regulator design and temperature measurement system of a local area were set up for large-scale linear measurement. Numerical analysis based on temperature correlated characteristic is discussed to obtain optimal observation points for the measurements. The horizontal temperature distribution of the measured area is compared with the measurement of the variation of temperature at 15℃ and 20℃ over time, and characteristic of dynamic response is also discussed. In addition, the long-time stability of measured temperature is analyzed by means of using the standard deviation. It characterizes the temperature distribution performance of a large area and how it may impact the measurement of a large-scale object.
关键词
温度控制
温度测量
分布参数
线性测量
temperature control, temperature measurement, distribution parameter, linear measurement.
