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   磁化特性 在 自动化技术 分类中 的翻译结果: 查询用时:0.308秒
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磁化特性
相关语句
  magnetization characteristic
    Study on Computer Automatic Measure System about SST of Silicon Stetl Sheet Magnetization Characteristic
    硅钢片单片磁化特性计算机自动测量系统的研究
短句来源
    In order to deeply study the electromagnetic field, first we must measure the magnetization characteristic of magnetic material with high accuracy.
    为了能够更加深入的对电磁场进行研究,首先必须能够精确的测量出磁性材料的磁化特性
短句来源
    The wave of magnetic induction density will bring distortion with the raising of excitating voltage while measuring the magnetization characteristic.
    在进行磁化特性测量时,随着激磁电压的升高,磁感应强度波形将产生畸变。
短句来源
    In order to measure magnetization characteristic with high accuracy we must keep the wave of magnetic induction is sine, so we must control the excitating voltage.
    为了能够精确的测量磁化特性必须保证磁感应强度波形为正弦,因此必须对激磁电压波形进行控制。
短句来源
    Because the excitating voltage's frequency is 0.5Hz, the signal of induced voltage is very small, even though smaller than noise. So how to accurate pick the weak signal is the key of measuring DC magnetization characteristic.
    由于激磁电压为0.5Hz,因此其感应电压非常小,甚至小于干扰信号,如何准确的采集到该弱信号是进行直流磁化特性测量的关键。
短句来源
  “磁化特性”译为未确定词的双语例句
    in simulating the magnetizing inrush current in a transformer the nonlinear characteristics of magnetization caused by the iron core must be considered.
    在对变压器励磁涌流的仿真中,变压器铁芯的非线性磁化特性必须加以考虑。
短句来源
    A new structure of the wall-climbing robot's tracked sucker, which is different from the normal, is designed based on multi-body magnetic structure.
    介绍了基于稀土永磁均匀磁化特性而研究设计的有别于传统普通吸盘结构的爬壁机器人履带多体磁化结构吸盘。
短句来源
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  magnetization characteristic
The paper presents experimental results regarding the influence of mechanical stresses and thermal treatments on the Barkhausen noise and magnetization characteristic of MolyPermalloy and MuMetal ferromagnetic samples.
      
In the uniform magnetic field the magnetization characteristic depends on particle spin but does not depend on fluid velocity.
      
One of the main concerns in this model is the representation of the nonlinear magnetization characteristic.
      
This relationship is known as magnetization characteristic of the motor.
      
There, a Preisach operator was used to model the average magnetic field versus magnetization characteristic.
      
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in simulating the magnetizing inrush current in a transformer the nonlinear characteristics of magnetization caused by the iron core must be considered.Applying the artificial neural network,the paper simulates the major hysteresis loop,and uses the method of linearization of the displacement to generate a minor hysteresis loop for building a model to calculate the dynamic nonlinear magnetizing process.Based on those studies,the paper proceeds a simulation of magnetizing inrush current of a transformer,and gets...

in simulating the magnetizing inrush current in a transformer the nonlinear characteristics of magnetization caused by the iron core must be considered.Applying the artificial neural network,the paper simulates the major hysteresis loop,and uses the method of linearization of the displacement to generate a minor hysteresis loop for building a model to calculate the dynamic nonlinear magnetizing process.Based on those studies,the paper proceeds a simulation of magnetizing inrush current of a transformer,and gets good results.

在对变压器励磁涌流的仿真中,变压器铁芯的非线性磁化特性必须加以考虑。本文运用人工神经网络模拟主磁滞回环,以及用线性变化的位移来生成局部磁滞回线的方法,建立铁芯动态非线性磁化过程的计算模型。在此基础上对变压器的励磁涌流进行了仿真,收到了较好的效果。

Based on studies of hysteresis characteristics of ferromagnetic elements in power system, the paper presents a simple algorithm, which accounts for the characteristics of ferromagnetic elements such as saturation, hysteresis and dynamic hysteresis, and the multi valued hysteresis behaviour is simulated as a major loop and a set of minor loop trajectories. An illustrative example is given, the results show that the accuracy of simulation meets the need of the demand, and it is also simpler than other methods....

Based on studies of hysteresis characteristics of ferromagnetic elements in power system, the paper presents a simple algorithm, which accounts for the characteristics of ferromagnetic elements such as saturation, hysteresis and dynamic hysteresis, and the multi valued hysteresis behaviour is simulated as a major loop and a set of minor loop trajectories. An illustrative example is given, the results show that the accuracy of simulation meets the need of the demand, and it is also simpler than other methods.

在分析电力系统铁磁元件磁滞特性的基础上,将多值的励磁特性模拟为一个主磁滞回环和动态磁滞回环族,建立了计及铁芯饱和、磁滞、动态磁滞回环等特性的铁磁元件的数学模型,并给出算例。结果表明,该模型不仅能较好模拟铁磁元件的动态磁化特性,而且方法简单。

Taking the soft amorphous alloy as a sensitive material,the development of pulse induction type of amorphous alloy magnetic field sensor is discussed The work principle of magnetic sensor builds on the classical electromagnetic induction theory and the curve magnetic induction character of amorphous soft magnetic alloy material The amorphous magnetic field sensor of pulse induction type has high sensitity and good stability as well as low requirement...

Taking the soft amorphous alloy as a sensitive material,the development of pulse induction type of amorphous alloy magnetic field sensor is discussed The work principle of magnetic sensor builds on the classical electromagnetic induction theory and the curve magnetic induction character of amorphous soft magnetic alloy material The amorphous magnetic field sensor of pulse induction type has high sensitity and good stability as well as low requirement of work conditons This sensor applies to any weak magnetic field and can be the base for developing other advanced sensors

本文以非晶态软磁合金作为敏感材料为对象 ,论述了脉冲感应型非晶态磁场传感器的研制。这种磁场传感器的工作原理建立在经典的电磁感应理论和非晶态软磁合金材料的线性磁化特性的基础之上。脉冲感应型非晶态磁场传感器具有灵敏度高、稳定性好、对使用环境要求低等特点。适用于检测各种微弱磁场 ,并能成为发展其他高级传感器的基础。

 
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