磁芯。可以指定单线或双线表示。
Magnetic core. Single or double line representation can be specified.
在1948年第一个磁芯存贮器问世。
回转窑是铁氧体磁芯生产的关键设备。
The revolving kiln is the key equipment in the oxide magnetic-core production.
带磁芯的罗氏线圈应尽可能减小线圈内阻。
The magnetic core Rogowski Current Coil should reduce inner resistance as far as possible.
采用薄膜化技术设计制作该集成磁件的薄膜磁芯；
在铁素体存贮器设计中，一个重要的参数是磁芯翻转时间。
The single most important parameter in the design of a ferrite memory is the core switching time.
本发明是一种线圈部件，其具备磁芯和缠绕在磁芯上的线圈。
A coil component having a magnetic core and a coil wound around the magnetic core.
流量开关由磁芯、复位弹簧、锻铜或聚碳外壳和传感器组成。
Flow from the core switch, reset spring, wrought copper or polycarbonate shell and the sensor.
它利用多谐振荡桥励磁的单纳米晶磁芯双绕组差动对称结构。
The sensor has differential symmetric structure with single nanocrystalline core and double coils excited by multivibrator bridge.
每个磁芯表达一些信息，一个位模式表达一个'文字'的数据。
Each core represents one bit of information ; a pattern of bits represents a "word " of data .
尤其在高性能软磁铁氧提材料及磁芯领域有着强大的技术力量。
Especially in high-performance oxygen to soft magnet materials and magnetic core has a strong technical force.
这些简单的概念是最普通的直接访问存储器即磁芯存储器的基础。
These simple ideas are the basis of the most common immediate access store which is called a core store.
提出了在常规单磁芯可控饱和电抗器的结构中增加一个检测绕组。
A testing winding is proposed to add up to the controlled saturable reactor (CSR) made of a single magnetic core.
现在，在研究一下在没有背景场的情况下，单个磁芯的磁化强度。
Consider the magnetization of a single core in the absence of an ambient field now.
本发明是一种铁基块体非晶合金环形磁芯的铜模吸铸制备装置及其方法。
The invention provides a copper mould suction casting preparation device of an iron-based bulk amorphous alloy toroidal magnetic core and a method therefore.
利用钴基非晶薄带环形磁芯的巨磁阻抗效应研制了新型非接触电流传感器。
The novel non-contact type current sensor based on giant magneto-impedance (GMI) effect in Co-based amorphous ribbon toroidal core was studied.
可是，月球磁芯有点小，并且用这个理论看，月球表面磁场力还存在一些疑问。
However the small size of the Moon's core and the required surface magnetic field strengths were problematic for this theory.
振荡变压器通常是在环形铁氧体磁芯上绕线制成，实际上是一个电流互感器。
Oscillation transformer are usually made on the ring ferrite core coil winding, is actually a current transformer.
该方法适用于降低能量损耗的偏转系统磁芯结构的优化和磁性材料的选择等。
The analysis method can be used to optimize the deflection yoke ring, and to properly select the ferrite materials for energy dissipation reduction.
根据电磁阀的结构特点，将磁芯和磁轭分别按平行平面场和轴对称场近似处理。
According to structure features, parallel plane field and axisymmetrical field were used in approximate calculations of core and yoke of the valve respectively.
磁头磁阻的计算中，分别就磁芯材料的磁导率为实数和虚数的情况进行了讨论。
The calculation of head reluctance deals with two conditions in which the core material permeability is real or complex.
为了研究单磁芯饱和电抗器的控制输出特性，在单磁芯结构中增加一个检测绕组。
A measurement winding is added to study the control-output characteristics of the single core saturable reactor.
每次撞击都会对月球的转动状态产生重大的影响，并引起坚固的地幔和液体磁芯间的转速差异。
Each of these impact events would also have significantly affected the rotational state of the Moon, causing the solid mantle and liquid core to rotate differently.
磁芯采用高频脉冲电流励磁，信号处理电路由峰值检波、低通滤波及差动电路构成。
The toroidal core was excited by sharp pulse current. The sensor circuit is composed of peak value detector, Butterworth low-pass filter and differential amplifier.
磁芯存储器的一种编排方式，其中编号最低的存储单元是编号最高的存储单元的后续。
An arrangement of core storage in which the lowest numbered storage location is the successor of the highest numbered one.
从磁路出发，将传统的一幅磁芯进行分割，变成阵列式结构，提出了阵列式解耦集成电感。
From magnetic circuit, carving up a traditional magnetic core into array structure, an array decoupling integrated inductance is presented.
Michael博士和他的同事认为，这可能引起了磁芯的差异移动，因此给产生了短期的月球发电机。
Le Bars and colleagues say this may cause differential movements of the core, thereby powering a transient lunar dynamo.
他找到了保加利亚的某种利用铁氧体磁芯的技术，但是Kevin没法证明它还在被人们利用(啊哈！)
He found something being made in Bulgaria that was definitely Ferrite Core technology, but Kevin couldn't prove it's still being made new Aha!
从磁芯材料选择、磁场方向确定和磁路设计步骤三方面总结了磁流变器件磁路设计的一般方法。
Three aspects on magnetic circuit design of MR devices including selection of magnetic core material, determination of magnetic field direction and magnetic circuit calculation were investigated.
从磁芯材料选择、磁场方向确定和磁路设计步骤三方面总结了磁流变器件磁路设计的一般方法。
Three aspects on magnetic circuit design of MR devices including selection of magnetic core material, determination of magnetic field direction and magnetic circuit calculation were investigated.
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