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核反应堆点堆模型的线性化是早期研究反应堆动力学特性和分析控制系统动态行为的一种有效途径。对实际工程而言,反应堆的非线性特性是客观存在的,不可能像理论分析那样直接对数学模型进行线性化处理。工程应用中对反应堆非线性特性的补偿是利用把补偿环节加入控制策略里得以实现的。本文在简要重述早期线性化方法的基础上,重点讨论一下线性化的工程实现方法。这几个方法是工程控制系统实际使用及数字化控制技术工程应用的有效方法。
The linearization of the reactor reactor model is an effective way to study the reactor dynamics and analyze the dynamic behavior of the control system in the early stage. For practical engineering, the non-linear characteristics of the reactor are objective and it is impossible to linearize the mathematical model directly as the theoretical analysis does. In engineering applications, the nonlinear characteristics of the reactor are compensated by adding the compensation part to the control strategy. Based on a brief review of early linearization methods, this article focuses on the linearization of the project implementation method. These methods are an effective method of practical use of engineering control system and application of digital control technology engineering.