magnetic field strength
- 磁场强度
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Torque depends on the magnetic field strength and rotation difference .
转矩大小取决于磁场强度和转速差。
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Magnetic field strength H and magnetic dielectric
磁场强度与磁介质关系研究
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Design of Auto-stop System of Press Under Lower Magnetic Field Strength
压机弱磁场自动停机系统设计
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On-line Monitoring of Generator Gap Distance , Magnetic Field Strength and Shaft Voltage
发电机气隙距离、磁场强度和轴电压的在线监测
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Development and Application of Jig With Low Magnetic Field Strength and Autogenous Heavy Medium
低场强自重介跳汰机的研制与应用
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It can generate variable damping force by adjusting the magnetic field strength .
它是一种通过调整磁流变阀中的磁场强度,来达到调节阻尼参数目的的智能装置。
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They are : magnetic field strength ( B ), current velocity ( V ) .
在试验中,采用自主研制的磁水器,选用两个磁化参数:磁场强度(B)、水流速度(V)。
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VLBI measurements of magnetic field strength in a region of star formation
恒星形成区磁场的VLBI测量
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Radio Frequency Section with Electron Spin Resonance Signal Determination to Map the Magnetic Field Strength
用射频段电子自旋共振信号图测定地磁场强度
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Optical fibre magnetic field strength sensor
光纤磁场强度传感器
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Finite-element Method for Calculating the Distribution of Magnetic Field Strength in Pole Piece Tooth Space
有限元法计算磁流体在极靴齿隙中的磁场强度分布
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We show that different magnetic field strength ratios lead to different kinds of vortex lattices .
我们说明不同的磁场强度比将导致不同的涡旋晶格结构。
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Point coordinate positioning the magnetic field strength 1 cm from a unit magnetic pole .
距单位磁极厘米处的磁场强度。
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Magnetic field strength and energy flux of energetic electrons in a microwave burst source region
一个微波爆发的源区磁场和高能电子的能流估计
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Using method of simulation electric charge , we calculated electric field strength , and also computed magnetic field strength .
利用模拟电荷法,计算了工频电场强度,而且通过建立合适的模型,对工频磁场进行了计算。
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Any point on earth has a magnetic field strength and direction and the magnetic field is constantly changing with time .
地球上任意一点的地磁场具有一定的强度与方向,而且地磁场是随时间不断变化的。
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As the magnetic field strength increases , the friction coefficient gradually decreased tendency to lower the rate then increased wear trend .
随着磁场强度的增加,摩擦系数有逐渐减小趋势,磨损量先降低后增大的趋势。
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The effects of milling time , magnetic field strength and flotation reagent on titanium dioxide of microwave roasted samples .
探索球磨时间,磁场强度,浮选药剂等因素对微波焙烧产物中二氧化钛含量的影响。
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In the cathode discharge experiment , energy level transition we calculate the branching coefficient ratios as the magnetic field strength changes .
阴极放电实验中,对原子能级跃迁分支系数比值随磁场强度的变化进行计算。
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Microwave coupling efficiency is an important parameter for microwave ion source , and has close relation with magnetic field strength and it 's distribution .
微波耦合效率(Pi-Pr)/Pi是微波离子源的重要参数,它与磁场强度和分布关系密切。
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The magnetic field strength is 1 ~ 2T . The magnetic pulse width is ≤ 20ms .
其磁场强度达到1~2T,磁脉冲宽度≤20ms,占空比约1:74,已在临床上得到广泛应用。
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The structure , separation mechanism , commercial test and production of the jig with low magnetic field strength and autogenous heavy medium are described .
介绍了低场强自重介跳汰机结构、分选原理、工业试验和生产情况。
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The distribution of magnetic field strength in iron plating bath and the effects on current distribution after the magnetic field being impressed were also determined .
测定了施加磁场后,镀槽内磁场强度的分布情况及施加磁场对电流分布的影响。
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GZO film has strong magnetoresistance . The reluctance increased with the increases of magnetic field strength and Hall mobility .
GZO薄膜具有较强的磁阻效应,磁阻随磁场强度和薄膜迁移率的增大而增大。
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Secondly , through the pressure experiment , the sensor 's static characteristic of as well as the influence of magnetic field strength on the output was analyzed .
然后通过试验,分析了传感器的静态特性以及磁场强度对输出的影响。
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The distribution of magnetic field strength in magnetofluid dynamically reciprocal sealing equipment sharply takes part in magnetofluid sealing behaviour .
磁流体往复轴动密封装置的磁场分布决定着磁流体的密封能力。
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In this paper , three definitions of all-time apparent resistivity are introduced as the magnetic field strength method , electromotive force method and translation algorithm method .
就全区视电阻率的定义,本文给出了磁场强度法、感应电动势法以及平移算法三种全区视电阻率的定义方式。
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We found that curves of the magnetic field strength method and electromotive force method are complete overlap , and then give the conclusion of the reason .
发现感应电动势法和平移算法曲线完全重合,并给出了曲线重合的原因。
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The effects of gas flow rates , magnetic field strength and arc current are test . And the PIG ion source is also diagnosed by spectroscope .
系统地研究了氢气流量、磁感应强度、起弧电流对离子源状态的影响,并借助光谱仪,对离子源弧光放电等离子体进行光谱诊断。
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We found that the Ic are not only dependent on the history of the magnetic field strength but also dependent on the history of magnetic field orientation .
也就是说,Ic的大小不仅与磁场的历史有关,而且与样品在磁场中取向的历史也有关。