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KNOWLEDGE BASE SPECIFICATION TO AUTOMATE THE FLUID CRITICAL POINT OF FLUIDS

机译:流体的流体临界点自动化的知识库基础规范

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摘要

In this paper an analytical procedure implemented to structure the knowledge required by an expert system applied for controlling a chemical process is described. The analytical approach is based on Lifecycle of Systems and on Task Model approaches. It was validated with an experimental procedure related to the determination of the critical point of pure fluids (CO_2, N_2O, SF_6) and mixtures of low concentration (CO_2-limonene). For the implementation of the control system an expert system shell (CHRONOS~TM) was used.
机译:在本文中,描述了一种分析程序,该程序用于构造专家系统所需的知识,该专家系统用于控制化学过程。分析方法基于系统生命周期和任务模型方法。通过与确定纯流体(CO_2,N_2O,SF_6)和低浓度混合物(CO_2-柠檬烯)的临界点有关的实验程序对其进行了验证。为了实现控制系统,使用了专家系统外壳(CHRONOSTM)​​。

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