1) main magnet strength
主磁场强度
2) magnetic field strength
磁场强度
1.
Discussion on magnetic induction and magnetic field strength;
对"磁感应强度和磁场强度"的讨论
2.
Based on the expression of the damping force,the effect the gap,length,radius,magnetic field strength and velocity of piston on damping force is analyzed.
根据剪切模式和流动模式共同作用机理,分析了磁流变减振器的工作原理;基于Navier-Stokes方程,分析了轴对称模型的流变学方程;利用Bingham模型,描述了磁流变液的本构方程,得出了减振器阻尼力方程;基于阻尼力的表达式,分析了间隙、长度、半径、磁场强度和活塞速度对阻尼力的影响。
3) magnetic field intensity
磁场强度
1.
Controlled slowdown of equivalent light speed and its applications in measuring magnetic field intensity;
受控等效光速减缓及其在磁场强度测量中的应用
2.
On the role of magnetic field intensity effects on the discharge characteristics of Hall thrusters
磁场强度对霍尔推力器放电特性影响的实验研究
3.
The results showed that in specifically range the variety of electric current intensity and frequency remarkably affect the magnitude of magnetic field intensity.
结果表明:在特定范围内电流强度及频率的变化能显著影响到磁场强度的大小,电流强度为20 A左右时,电磁场出现磁饱和,增大电流强度,电磁力增值很小。
4) field strength
磁场强度
1.
This paper points out the deficiencies of the diesel rock drill’s ignition system,such as the flywheel demagnetizes and the field strength is low when it is magnetized-thus,the flashover of spark plug is not enough strong,diesel rock drill’s starting is in difficulty and so on,then gives a method to improve the flywheel's instructure and the performance of the engine start is improved obviously.
针对内燃凿岩机点火系统中飞轮部件充磁后磁场强度低且时有掉磁现象发生 ,导致火花塞跳火不强 ,凿岩机启动困难的缺陷 ,对飞轮部件进行了结构上的改进设计 ,使凿岩机的点火启动性能得到了明显的改
2.
Differences in degree of the influence of shape and weight of Ni-Cr alloy and different field strength on MRI artifact was compared.
目的：通过志愿者口腔内实验，观察不同牙位不同修复形式的镍铬合金固定修复体在磁共振成像（MRI）检查时的伪影表现及其对毗邻组织成像的影响；再通过水模实验，比较镍铬合金试件的形状和质量对MRI伪影程度的影响，并比较同一试件采用不同磁场强度引起MRI伪影的大小，旨在为临床进行头颈部MRI检查时口腔内镍铬合金修复体的拆除与否及如何选择磁场强度提供实验依据。
3.
To compare the relationship between the artifact of different fixed prosthesis and field strength,scanning sequence.
同时比较不同修复体产生伪影与磁场强度及扫描序列之间的关系。
6) magnetic intensity
磁场强度
1.
Physical sense of H magnetic intensity and use;
磁场强度H的物理意义及应用
2.
5 g/cm3 display diamagnetism;the magnetic susceptibility of low density coal reduce along with the magnetic intensity increase,but the diamagnetism increase;the paramagnetic of high density coal decrea.
5 g/cm3密度级的煤显逆磁性;低密度级煤比磁化率随着磁场强度的增加而减小,逆磁性增加,而高密度级煤比磁化率随着磁场强度增加顺磁性减弱。
3.
The experimental results indicate that no matter what direction the sample placed to,the laws of the distributing of the magnetic intensity do not change.
试验结果表明:无论试样如何放置,其表面的磁场强度分布规律没有发生变化,水平放置时磁场强度信号最大,构件水平(或铅垂)放置时,检测面平行和垂直于地磁轴2个方向的磁场强度几乎相等。
补充资料：安培环路定律(见磁场强度)
安培环路定律(见磁场强度)
Ampere's circuital law
A rlpe{h口。)11L一dingILJ安培环路定律(Amp之re’5 CirC。ital law)见磁场强度。
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