1) non orthogonal excitement
非正交激磁
1.
In the papre,we analyze the reason of revolving inductosyn orthogonal error inducing measure error, and bring forward the compensatory method of non orthogonal excitement,therefore,the precision of angle measure is effectively advanced.
通过分析旋转式感应同步器正交误差导致检测误差的原因 ,提出了非正交激磁补偿的方法 ,从而有效地提高了角度检测的精度。
2) nonlinear perpendicular flux observer
非线性正交磁链观测器
3) normal excitation
正常激磁
4) quadrature exciting watts
正交励磁伏安，激磁乏(变压器的)
5) quadrature exciting
正交激发
1.
It is clearly clarified the conceptions of quadrature modulation, quadrature exciting, quadrature receiving, and quadrature demodulation in the MRI system.
阐明了MRI系统中所使用的正交调制、正交解调、正交激发和正交接收的概念。
6) orthogonal magnetization
正交磁化
1.
This paper presents a design of variable inductor based on the orthogonal magnetization in order to reduce the amplitude of harmonic and exciting current created by traditional magnetization saturation inductor.
提出基于交直流正交磁化的半铁心可调电抗器的设计思想,以解决传统可调电抗器中存在的谐波较大、控制电流较高等问题。
2.
Moreover,a novel non-contact variable reactor based on orthogonal magnetization is proposed,details of the principle are given and the application view is analyzed.
阐述了可控电抗器在电力系统中的作用,介绍了6种传统的电子调节式可控电抗器及超导型可控电抗器,着重分析了一种新型的基于正交磁化原理的非接触式可控电抗器的工作机理及应用特点。
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
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