This Thesis is on the introduction about digester’s temperature-controled systematic principle and many kinds of temperature-controled tactics basis on the PID technology.
本文在介绍消解仪温控系统原理以及基于各种PID控制技术的温控策略的基础上,讨论了经典PID、数字PID、史密斯与大林控制算法以及专家智能PID控制技术等在温度控制中的应用。
参考来源 - 温度控制技术及其在消解仪中的应用与研究·2,447,543篇论文数据，部分数据来源于NoteExpress
设计了一种用于微波消解仪的光纤荧光测温系统。
A fluorescence optical fiber temperature measuring system, which can be applied to microwave digestion instrument, has been developed.
近年来，微波消解仪中逐步采用光纤温度传感技术。
In recent years, the technique of fiber temperature sensor was applied to the microwave digestion instrument gradually.
本文研究使用石墨消解仪消解头发的最佳消解条件。
The will research the best digestion condition of hair used Graphite-digestion device.
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