针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
A water temperature control system for applications of magnetostrictive material is introduced, based on the logic rule control algorithm.
一般说来，这些材料不显示磁滞现象。
该方法适用于估测高次谐波场对磁滞损耗的影响，降低能量损耗的偏转系统磁芯结构的优化，磁性材料的选择等。
This method may possibly be used to estimate influence of high order harmonic field on hysteresis loss to optimize the design of deflection yoke ring and to develop energy saving ferrite materials.
介质磁化过程遵循矢量磁滞模型，用磁头材料的测量值作为磁头的磁滞模型。
The vector magnetic hysteresis model is used as the magnetization process of the medium and the measured values of the head material are used as the head's hysteresis model.
对偏转磁芯所用的铁氧体材料的磁滞损耗特性进行了分析，介绍了磁滞回线测量的方法原理，由测试结果可计算出磁滞回线面积。
The hysteresis loss characteristics of the ferrite material used in deflection yoke rings were studied. The principle and method of hysteresis loop measurement have been introduced.
所提出的方法将永磁材料包括局部回线在内的磁滞特性包含到数学模型中，在合理的假设下，考虑了计及磁滞效应的“旋转磁化”。
The rotational limit line was introduced to the rotational hardening law and a parameter b was added to the model to reflect the evolution of anisotropy.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
This paper describes the constant temperature controlling system of cooling water in the PET cyclotron, including its design principle, structure, method and features.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
This paper describes the constant temperature controlling system of cooling water in the PET cyclotron, including its design principle, structure, method and features.
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