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- A unit of magnetic induction equal to1, 000(103) gauss. 千高斯磁感应弹度单位，等于1，000（103）高斯
- To link(two circuits or currents) as by magnetic induction. 连接如通过电磁感应连接（两条线路或电流）
- The centimeter-gram-second unit of magnetic induction, equal to one maxwell per square centimeter. 高斯电磁感应的厘米－克－秒单位，等于每平方厘米的麦克斯韦尔
- Compact, high magnetic induction intensity and long coil service life. 结构紧凑，磁感应强度高，线圈使用寿命长。
- So whether the glass lamp shell or plastic lamps shell can use microwave induction switch in it . 所以无论是玻璃灯壳或是塑料灯壳内，都可以装微波感应开关。
- The centimeter - gram - second unit of magnetic induction, equal to one maxwell per square centimeter. 高斯电磁感应的厘米－克－秒单位，等于每平方厘米的麦克斯韦尔
- So ID card is the "magnetic induction," and it simply does not need or do not need initialization problem. 所以说ID卡就是“感应式磁卡”,也就根本谈不上需要还是不需要初始化的问题。
- The calculating method of space magnetic induction of circular permanent magnet in the field of magnetic biologY efiect. 磁生物效应研究中圆片永磁磁源空间磁感强度的计算方法。
- The centimeter - gram - second unit of magnetic induction,equal to one maxwell per square centimeter. 高斯电磁感应的厘米－克－秒单位，等于每平方厘米的麦克斯韦尔
- Formulas, which are applied to the space magnetic induction of circular permanent magnet, are deduced from BiotSavart-Laplaces law in electromagnetics. 本文根据电磁学中的比奥-沙伐--拉普拉斯定律，推倒出了圆片永磁磁源空间磁感强度的计算公式；
- Line of magnetic induction is densest near the coil from the distributing result of the electromagnetic field. 从电磁场分布情况来看，电磁场的磁感线在靠近线圈附近的区域最密集。
- The use of infrared sensors and the magnetic induction principle has been triggered. 利用红外感应与磁感应被触发的原理。
- Electromagnetic induction: when a conductor of a closed electric circuit move cutting the magnetic induction lines, the conductor produces current. 电磁感应现象:闭合电路的一部分导体在磁场里做切隔磁感线运动时,导体中就产生电流的现象。
- The nano-meter bismuth material may probably become into the potential magnetic induction and/or thermoelectric materials. 铋纳米材料可能成为具有生产开发价值的磁感应材料与热电转化材料。
- We elucidate the development of avian biomagnetism in relation to magnetic compass,navigating map and mechanism of magnetic induction in this paper. 本文从鸟类使用的磁罗盘、航行地图以及磁感应机制等几方面阐述了目前在鸟类生物磁学方面的研究进展。
- Measuring discharging current with current divider, and measuring magnetic induction intensity with magnetic test coil are feasible in practice. 通过各种方法的比较分析,得出分流器法测放电电流、探测线圈法测感生磁场是切实可行的方法。
- The voltage induced in the pickup coil by this waveform is directly proportional to the rate of change of magnetic induction. 这种波形在拾波线圈中产生的电磁感应与磁感应变化率是成比例的。
- The conductor gets the force is direct ratio with the current and the length of conductor in magnetic field and the intension of magnetic induction of magnetic field. 载流导体所受电磁力与导体中的电流、导体在磁场中的有效长度及导体所处磁场的磁感应强度成正比。
- A stable programme control exciter and weak signal pickup circuits are designed, and a 16 channels magnetic induction tomography hardware system is finally completed. 设计并实现了稳定的程控激励源和弱信号检测电路，完成了一个16通道的磁感应断层成像硬件系统。
- Residual magnetic induction and the increase of self-magnetization occur in ferromagnetism structures due to the influence of working load and geomagnetic field. 在工作载荷和地磁场的作用下,针对铁磁性构件存在残余磁感应和自磁化增长的现象,进行了引起磁记忆特性及其与检测时间关系的研究。
