1) magnetic field change
磁场度化
2) change rate of magnetic density
磁场强度变化率
1.
Then the analysis and experimental study are made about three possible factors to affect the hysteresis of the actuator sys- tem, such as the magnetoconductivity of yoke、the stiffness of spring and the change rate of magnetic density, the ways in effect which minishe.
进而对致动器系统 3 个可能的滞回特性影响因素:轭铁磁导率、弹簧刚度、磁场强度变化率进行分析与实验研究,探寻使致动器滞回特性减小的有效途径。
3) magnetizing field
磁化磁场,励磁场
4) 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。
5) 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。
6) magnetic field gradient
磁场梯度
1.
The magnetic field gradient of these magnetic field profiles is obtained quantitatively by using Lorentz fit.
为了定量地得到磁场梯度对a Si∶H薄膜沉积速率的影响 ,对单磁场线圈分散场MWECRCVD系统等离子体室和沉积室中用三种方法得到的磁场形貌进行了研究 。
2.
Four single component magnetic field sensors are used to make up of a detection device that has dual-magnetic field gradient inputs as reference.
本文使用 4个单分量磁探头构成双参考磁场梯度探测装置 。
3.
The results show that the product of magnetic flux density and magnetic field gradient should be very large to get good oxygen enrichment results, which is difficult to realize.
通过分析氧、氮分子的运动速率及其在梯度磁场中的受力,从理论上分析计算了磁场参数与富氧效果的关系,计算结果表明,欲达到较好的富氧效果,需要极大的磁感应强度和磁场梯度乘积,这是很难实现的。
补充资料:公理化方法(见公理化和形式化)
公理化方法(见公理化和形式化)
axiomatical method
gongllbuafangfa公理化方法化和形式化。(axiomatieal method)见公理
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