hysteresis loop

基本解释

A control circuit comprises a voltage open-loop control circuit and a semi-periodic current hysteresis-loop control circuit.
控制电路包含电压开环控制电路，半周期电流滞环控制电路。
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It introduces that how to watch and measure the hysteresis loop-line, residual magnet and coercive force of ferromagnet through an oscillograph.
介绍了如何利用示波器观察和测量铁磁物质的磁滞回线、剩余磁感应强度和矫顽力。
A new current-hysteresis-loop tracking type vibrating control system is designed for an electromagnetic dynamic plasticating extruder. This paper presents its control principle and design method.
本文为塑料电磁动态塑化挤出机设计出一种新型电流滞环跟踪控制激振控制系统，文中介绍了系统控制原理以及具体的设计方法。
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磁滞回线
The static and dynamic properties, such as magnetostriction, hysteresis loop, dynamic strain coefficient and magnetomechanical coupling coefficient were measured with the magnetic measurement system of multiple parameters.
采用多参数磁测量系统对磁致伸缩材料的特性进行了测试及分析。测试了磁致伸缩材料静态特性和动态特性，包括材料的磁致伸缩、磁滞回线、动态磁致伸缩系数、柔顺系数、磁机械耦合系数等。
滞环
电滞回线
The results show the hysteresis loop exhibits negative susceptibility regions in the ferroelectric layer.
结果表明,铁电层中的电滞回线中产生了一个负的极化率区域。
滞后回线
磁滞环

磁滞回线
电滞回线
The ferroelectric results show that the ferroelectric property of this material is very poor, and the hysteresis loop appears distorted.
铁电性能测试结果显示该共生材料的铁电性能非常差,电滞回线严重畸变。
磁滞回路
滞后回线

迟滞回线
By virtue of the loading curve and hysteresis loop of MR components, Matlab program was written for computing maximal response displacement and acceleration.
借助于金属橡胶构件的加载曲线和迟滞回线,用Matlab编制用于精确计算最大响应加速度和最大响应变形的逐步积分程序。
滞后环
Each flour has an obvious hysteresis loop. Depending on the area of hysteresis loop and on the basis of practice, we can set up the best technical parameters, as 40% water concentration, 4%paste concentration, 50℃water temperature and 50℃keeping temperature.
实验所制各粉团均为剪切变稀体系,各粉团均有一明显的滞后环,根据滞后环的大小并联系生产实际可确定最佳工艺参数为:含水量40%,含芡量4%,加水温度50℃,保温温度50℃。
磁带迴线
磁滞迴线
磁滞环

滞回曲线
In the low-cycle loads, hysteresis loop into a "bow" shape, is the bending and shear deformation, in the low cyclic loads, the stiffness of the wall attenuation is more severe energy poor.
在低周反复荷载作用下,滞回曲线成“弓”形,是弯曲和剪切变形,说明在低周反复荷载作用下,墙体的刚度衰减较为严重,耗能能力差。
滞回性能
Although the single isolator vertical load change large and the horizontal properties is lack of physical stability, the isolation layer axial loads were change small, and the hysteresis loop of isolation system is stable.
试验还表明,虽然模拟地震试验中,单个支座的轴力变化大,水平性能不稳定,但隔震层的竖向荷载变化相对较小,隔震层的整体滞回性能稳定。
地球科学
滞后回线