摘要
作为理论研究和工程分析的一种有效的手段,线性化技术在相当广泛的领域里得到了实际应用。实际非线性对象若不做线性化处理,对其特性做理论研究的难度就会很大,更难以得到作为工程依据的设计参数。本文将通过列举典型实例的方式对线性化技术做一个概要性梳理,并指出随着以计算机为代表的微电子技术广泛深入的应用,以线性化为特征的离散化技术会在数字化技术领域发挥其独特巨大的主导性作用。
As the effective method for theory research and engineering analysis, linearization technology is practically applied in the wide area. If the actual objects with the nonlinear characteristic are not processed with linearization techniques, theory research will face the obstruction, which is not easily overcome, and it is more difficult to obtain the design parameters for the engineering application. Here, by listing the typical examples, some linearization techniques are concisely introduced. After examples are described, the conclusion emphasizes that the discrete technology which has the characteristic of linearization will play a unique and great and prominent role in the area of digitization technology following mieroelectronic technology is widely and deeply applied around the world which computer is its representative.
出处
《自动化与仪器仪表》
2017年第10期4-6,10,共4页
Automation & Instrumentation
关键词
线性化
电子学
自动控制
核电站
linearization
electronics
automatic control
nuclear power plant