1) limited size plane loop
有限大载流平面线圈
2) nonplanar current loop
非平面载流线圈
1.
It also points out that such a nonplanar current loop can be regarded as magnetic dipole.
从磁偶极子的特点出发,用毕奥—萨伐尔定律、安培力公式和力矩的定义,推导出用磁矩表示的圆形载流线圈沿一直径折成直角的远场及其在均匀磁场中所受的磁力和磁力矩,指出此非平面载流线圈可看作磁偶极子。
2.
In this article the magnetic moment of a nonplanar current loop in arbitrary shape is defined,the calculation of the moment of force on the loop in a uniform magnetic field is given,and an example of the calculations for the magnetic moment of a particular loop and the moment of force on it is provided.
本文定义了非平面载流线圈的磁矩，计算了它在均匀磁场中所受的磁力矩，并举例计算了线圈的磁矩和磁力矩。
3) current-carrying solenoid of finite length
有限长疏绕螺旋载流线圈
1.
According to the electromagnetic field theory, the formulae were deducted for magnetic field distribution in the current-carrying solenoid of finite length, which doesn’t appear in any existing textbooks and was numerically simulated with the help of compute.
以高射炮引信电磁感应装定系统为平台,对装备于炮口的高频近场电磁感应发射装置进行了结构分析,创建了该装置的数学模型,依据电磁场理论推导出了现有教科书中未见有的有限长疏绕螺旋载流线圈内部空间磁场分布计算公式,并借助于计算软件对其进行了数值仿真,从中定量得知疏绕螺旋载流线圈所产生的磁场能量主要集中在半径小于线圈口径百分之五十以内的轴向有限区域内,这对电磁感应接收装置的结构设计及优化具有工程指导意义。
4) finite long current wire
有限长载流导线
5) planar eddy current coil
平面电涡流线圈
1.
Structural parameter design of planar eddy current coils;
平面电涡流线圈的结构参数设计
6) a coil carrying current
载流线圈
1.
According to simplifying rule of force system,the force suffered by a coil carrying current in magnetic field,can be summed up to a resultant of magnetic forces and a total moment of magnetic force.
根据力系简化原理，载流线圈在磁场中所受之作用可归结为作用在简化中心的合磁力与对简化中心的合磁力矩。
2.
Using vector algebra and vector field theory, we calculated the total moment of magnetic force acted on a coil carrying current in uniform magnetic field.
利用矢量代数和矢量场论的有关结果严谨地推证了匀强磁场中载流线圈所受合磁力矩表达
补充资料：换流站平面布置
换流站平面布置
layout of converter station
最大的是交流滤波器和无功补偿用的电力电容器。采用大容量晶闸管阀的换流站，单位容量占地面积已缩小到巧一20 mZ/Mw，如果采用六氛化硫气体作为绝缘介质，可进一步缩小到sm，/MW。
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