1) non-uniform demagnetizing field
非均匀退磁场
1.
Effect of non-uniform demagnetizing field on the anisotropic magnetoresistance of NiFe element;
非均匀退磁场对NiFe薄膜AMR元件性能的影响
2) non-uniform magnetic field
非均匀磁场
1.
An experimental system was built to study thermomagnetic convection of magnetic fluid in a column enclosure with the presence of a non-uniform magnetic field.
建立了测量非均匀磁场条件下圆柱腔体内磁流体热磁对流特性的实验系统,实验结果显示,磁流体热磁对流特性受磁场强度、温差以及磁场梯度方向与温度梯度方向之间关系的控制,当磁场梯度方向与温度梯度方向一致时,外加磁场强化了磁流体的热磁对流过程,且随着磁场强度和温差的增大,热磁对流强度加强。
2.
The moving of charged particles in the non-uniform magnetic field is considered as cyclotron in the uniform magnetic field and as superimposition of drift caused by the non-uniformity of magnetic field in the form of perturbation.
将带电粒子在非均匀磁场中的运动看成是在均匀磁场中的回旋和由作为微扰而存在的磁场不均匀性所引起的漂移的叠加 ,并详细分析了梯度漂移、曲率漂移和散度漂移的特点 。
3.
On this basis,hot test simulation has been performed under non-uniform magnetic field condition.
同时,利用FEMM仿真软件对磁控管磁路进行了仿真,得到了磁控管互作用空间的磁场分布,并在此基础上,对非均匀磁场下磁控管动态性能进行了模拟。
3) Nonuniform magnetic field
非均匀磁场
1.
This thesis discusses the thermal entanglement and average fidelity in the two-qubit Ising model with a uniform and nonuniform magnetic field, respectively.
本文主要讨论了一维伊辛模型中,均匀磁场和非均匀磁场中,量子的热纠缠和量子传输的保真度;以及利用腔QED来实现未知量子态的传输。
4) inhomogeneous magnetic field
非均匀磁场
1.
Trapping of atoms in CQED model under the inhomogeneous magnetic field condition;
非均匀磁场条件下CQED模型中的原子囚禁
5) non uniform permanent magnetic field
非均匀恒磁场
1.
Objective To investigate the effect of N?S poles of non uniform permanent magnetic field on learning and memory in mice.
目的 探讨非均匀恒磁场N、S极对小鼠学习记忆的影响。
6) non uniformity scanning magnetic field
非均匀磁场扫描
补充资料：退磁场
退磁场
demagnetizing-field
tu一e一ehong退磁场(demagnetizing一field)个强磁体在磁场中被磁化后，磁体内部所产生的与磁场方向相反的附加场。磁场各处总磁场强度H等于磁场的磁场强度H。与退磁场磁场强度穿的矢量和(见图)即H~H。十尸，退磁场强度越大，矿石就越不容易磁化。退磁场的大小与矿粒的磁化强度成正比，即H一NM，式中万为退磁因子，“大小与六“关。式中￡为与外磁场方向垂直的场体断面积;l为与外磁场方向一致的物体长度。在sI单位制中，o
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条