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coil
相关语句
  线圈
    Study of Sensor Theory Centered on Rogowski Coil for Heavy Current Measurement Application
    基于Rogowski线圈的大电流测量传感理论研究与实践
短句来源
    The Calculation of Sensitivity of Fluxgate Magnetometers Considering the Dimensions of Measuring Coil
    考虑测量线圈尺寸时磁强计探头灵敏度的计算
短句来源
    Fundamental principle and Design Method of Coil with Magnetic Core for Measuring High Pulse Current
    带磁芯脉冲大电流测量线圈的基本原理和设计方法
短句来源
    On the Design of a 320kA D.C.Test Coil
    320千安匝电流试验线圈设计及外磁场计算
短句来源
    The Calculation of the Coil Temperature Rise in SF6 Gas Insulated Transformer under Nature Gas Circulation
    自冷式SF_6气体变压器线圈温升的计算
短句来源
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    Studies of New Kind of Fast Adjustable Petersen Coil Grounded System
    新型快速可调消弧线接地系统研究
短句来源
    Discussion on the Capacitive Earth Cwrrent in the 35kV Power System and the Resonance Suppressiveness ot the Arc—Suppression Coil
    对35kV电力网接地电容电流及消弧线脱谐度的探讨
短句来源
    The Test Study of Strand Circulating Current in the Stator Barrel Type Coil of AC Machines
    交流电机定子式线股线环流的试验研究
短句来源
    Theoretical Analysis on Electro-magnetic Parameters of Rocker Arm Voice Coil motor
    摇臂式音电动机电磁参数的理论分析
短句来源
    STUDY OF ARC EXTINGUISHING COIL WITH PARALLEL RESISTANCE EARTHING
    消弧线并电阻接地方式的研究
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  “coil”译为未确定词的双语例句
    DXS-1 Pneumatic Hydraulic Equipment for Embeding Stator Coil of Large and Medium Electrical Machines Developed
    DXS-1中大型电机定子气动液压嵌线装置研制成功
短句来源
    Realizing Automatic Measurement on Temperature Rise of Welder Coil by Programmable Controller
    用可编程控制器实现电焊机绕组温升测试自动化
短句来源
    Coil end deceleration control of 1800 ×3 17 ̄12 7 mm slitting shears unit
    1800mm×3.17~12.7mm纵剪线甩尾减速控制
短句来源
    So self-integral Rogowski Coil and external-integral Rogowski Coil can be used to measure large current in certain measurement accuracy.
    由此得出,在一定的测量精度下,完全可以使用自积分和外积分的Rogowski Coil来测量脉冲大电流。
    An Analysis and Study on Structural Dynamic Characteristics of Generator Stator Coil
    发电机定子线棒结构动特性分析与研究
短句来源
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  coil
Experimental results on Coil-100 object database, which consists of 7200 images of 100 objects, are presented.
      
The planar spiral coil was connected as an amplitude modulation circuit.
      
The same coil adopted differential architecture for signal detection and extraction.
      
This microrelay is composed of a lower magnetic circuit, a planar exciting coil, and an upper magnetic armature.
      
A complete magnetic circuit is composed, and the "ON" and "OFF" states are controlled by the current of the exciting coil.
      
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There are two kinds of electromagnetic torque, the moving-coil torque and the reluctance torque, as according to how they are developed. The torque can be determined by the arbitrary displacement method on the principle of conservation of energy. A brief analysis of the torque and the energy process of reluctance motors has been made, with a correct expression for the reluctance torque. It is shown that the torque is independent of the rate of change of the stored magnetic energy in the direction of the...

There are two kinds of electromagnetic torque, the moving-coil torque and the reluctance torque, as according to how they are developed. The torque can be determined by the arbitrary displacement method on the principle of conservation of energy. A brief analysis of the torque and the energy process of reluctance motors has been made, with a correct expression for the reluctance torque. It is shown that the torque is independent of the rate of change of the stored magnetic energy in the direction of the arbitrary angular displacement and that the reluctance motor is a constant-power machine. Because of the latter, a high output coefficient can still be obtained for the low-speed reluctance motor.

电磁转矩按其产生的方式可分为动圈转矩和磁阻转矩两大类别,其数值可根据能量守恒定律用任选位移法计算.本文对磁阻转矩和磁阻转矩电机运行中的基本能量过程进行原理分析,提出磁阻转矩的正确的计算式,并证明磁阻转矩的数值与磁场储能在任选位移方向上的变化率无关.文中还证明了磁阻电机是恒功率电机,因此,低速磁阻电机能够获得较高的利用系数.

Fluxgate magnetometers, introduced in the 1930's, have been continually developedand improved. They have been applied to different fields of technology, such as mag-netic airborne detection, portable and fixed weapon detectors, nondestructive testing ofmaterials, space field measurements and space magnetic exploration etc. The design andcalculation of fluxgate magnetometers have been presented in many papers. Generallyspeaking, they are complicated in nature. Recent surveys of fluxgate magnetometer mayrefer...

Fluxgate magnetometers, introduced in the 1930's, have been continually developedand improved. They have been applied to different fields of technology, such as mag-netic airborne detection, portable and fixed weapon detectors, nondestructive testing ofmaterials, space field measurements and space magnetic exploration etc. The design andcalculation of fluxgate magnetometers have been presented in many papers. Generallyspeaking, they are complicated in nature. Recent surveys of fluxgate magnetometer mayrefer to [1]. This paper discusses the calculation of fluxgate magnetometers withsingle-core, double-core, rectangular-core and ring-core. These formulas only consist of thedimension of core, the number of turns of exciting and sense coils, and the frequency ofthe source. By using these formulas, the calculation of the exciting voltage, current andpower and the sensitivity of the sensor is much simplified, and with engineering accuracy.

磁通阀磁强计从1930年问世以来,不断获得发展与改进,并应用在各个领域中。例如磁性空中检测、移动和固定的武器侦察器、材料无损探伤、空间磁场测量和空间磁性勘探等。这种磁强计的设计和计算,已有不少文献发表,一般说比较复杂。磁通阀磁强计的最近进展可以参阅文献[1]。本文讨论了单磁芯、双磁芯、口形磁芯和环形磁芯的计算方法,这些公式中只包含了磁芯的尺寸、激磁线圈和测量线圈的匝数以及激磁电源的频率,利用这些公式计算探头的激磁电压、电流和功率以及灵敏度等,就大为简化,但还在工程允许准确度的范围内。

As a discussion in succession to the article "On Earnshaw's Theorem andMagnetic Suspension", this paper deals with calculations and designs ofmagnetic force acting on the permanent magnetic ring (or column), whichhas inserted in the axisymmetrical magnetic field due to coils or permanentmagnetic rings.

本文利用“关于Earnshaw定理与磁悬浮问题”一文的结果,继续论述永磁环(圆柱)在电流线圈或永磁环磁场中磁力的计算与设计问题。

 
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