The method for temperature recognition is proposed. It greatly improves the accuracy of temperature-recognition and provides data for quantitative analysis.
一方面克服了人工判读主观性大、容易受环境光和个人辨色力差异造成的影响;另一方面分析了示温漆的颜色温度特性并提出温度识别方法,从而提高了示温漆温度的判读精度并为定量分析提供了大量的数据。
参考来源 - 示温漆温度自动判读与数字图像处理研究·2,447,543篇论文数据，部分数据来源于NoteExpress
A experiment is done to check the validity of temperature recognition with KN6. Finally, the errors are analysed and problems to be solved in future work are summarized.
为了验证温度判读的正确性，针对某种类型的示温漆进行了试验验证，总结出该系统对示温漆温度判读的误差以及今后工作中应解决的问题等。
The curve fitting quantification method has been developed for peak recognition of complex and persistent components in fly ash from municipal waste incineration at different temperature programs.
以垃圾焚烧飞灰中的持久性组分分析为例，研究了不同程序升温条件下用于峰识别的拟合定量方法。
The effects of composition of mobile phase, the structure of solute and the column temperature on chiral separation were extensively studied. The chiral recognition mechanism was discussed.
考察了流动相组成、溶质结构和柱温对对映体分离的影响，并初步探讨了手性识别的机理。
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