1) static longitudinal end effect
静态纵向边端效应
1.
Due to the existence of long unexcited primary between the import and export of linear induction motor(LIM) with multi-segment primary,the static longitudinal end effect are different comparing with conventional LIM.
多段初级直线感应电动机(linear induction motor,LIM)由于在通电初级绕组外还存在较长的不通电初级铁心,因此这种结构的直线感应电动机的磁场边界条件与传统直线感应电动机不同,静态纵向边端效应对电机性能的影响也存在较大差异。
2) transverse end effect
横向边端效应
3) dynamic margin effect
动态边端效应
4) end effect
边端效应
1.
Dynamic end effect of single sided linear induction motor (SLIM) is caused by the eddy current in the secondary with the increase of SLIM speed.
研究直线感应电动机动态边端效应特性可知,电机次级涡流是产生动态边端效应的主要原因。
2.
For reducing detent force of permanent magnet linear synchronous motors(PMLSM) resulting from slot effect and end effect.
为了最小化由边端效应与齿槽效应引起的永磁直线同步电机(PMLSM)的推力波动,提出了一种数理分析相结合的优化设计方法。
3.
Considering the end effect of linear induction motor (LIM), a simulation model of linear induction motor vector control system with the rotor flux oriented frame (RFO) was established.
考虑到直线感应电机的边端效应 ,根据矢量变换控制原理 ,利用Simulink构造了直线感应电机转子磁场定向下的矢量控制系统的模型 ,并进行了仿真 ,结果证明了仿真的有效
5) longitudinal effect
纵向效应;纵效应
6) Static effect
静态效应
1.
The static effects in the frequency domain electromagnetic sounding(MT,CSAMT,FEM)are recognized and suppressed using the wavelet analytic method,and the data,in which the static effects are eliminated,are reconstituted,thus,the data,in which the static effects are suppressed,are obtained.
应用小波分析的方法对频率域电磁测深（ＭＴ、ＣＳＡＭＴ、ＦＥＭ）中的静态效应进行识别与压制，再对消除了静态效应的数据进行重构，便可得到压制了静态效应后的数据。
2.
static effect and dynamic effect for fatigue under complex loading.
对于复杂载荷下的疲劳问题,应该把平均应力效应分为“静态效应”和“动态效应”两个方面。
3.
The technique is integrated with co-Kriging, the apparent resistivity is moved horizontally under static effect of 2D structure, while no influence is given on the phase curve.
该方法将分形技术与协同克里格法相结合,利用在二维构造情况下,静态效应使视电阻率曲线发生平移,对相位曲线无影响的特点,通过分析实测视电阻率和相位的空间分布特征及相关性,引入分形插值技术对受静态效应影响测点上的视电阻率对数进行插值计算,进而求取静态偏移因子。
补充资料：横向效应
见电阻应变计。
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