1) vectorial addition of wave trains
波列矢量叠加
2) superposition of vectorial waves
矢量波叠加
1.
The basic analytic method and phenomena of electromagnetic interference is explained through the discussions of Young s experiment of polarized light within the framework of fundamental optics based on the superposition of vectorial waves,including the interference of two linearly polarized beams and the case of one linear beam passing through a pair of wave plates of arbitrary thickness.
在基础光学框架内,通过杨氏双孔干涉实验中线偏振光的干涉及线偏振光经过两任意厚度晶片的干涉等几个实例,说明了基于矢量波叠加概念的电磁干涉的基本思想、基本分析方法和基本现象。
3) vector superposition
矢量叠加
1.
The article describes a new energy saving technology of three-phase asynchronous motors and the application of vector superposition technology in the energy saving of 600 V and 1140 V three-phase asynchronous motors and gives the associated technical data about it.
论述一种较新的三相异步电动机节能技术,介绍矢量叠加技术的原理及其在600V、1400V三相异步电动机节能中的应用,并提供相关数据。
4) superposition of wave trains
波列叠加
5) vector superposing
矢量叠加法
1.
Reinvestigation of the theorem of quasi-phase-matching with the method of vector superposing;
利用电场矢量叠加法对准相位匹配原理再探讨
6) Vector-raster overlay
矢量栅格叠加
补充资料：波的叠加原理
物理学的基本原理之一。介质中同时存在几列波时，每列波能保持各自的传播规律而不互相干扰。在波的重叠区域里各点的振动的物理量等于各列波在该点引起的物理量的矢量和。
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