1) common-mode part
共模分量
1.
Based on the relationship of multilevel SVM and carrier-based PWM,this paper analyzed the common-mode parts of the modulated waves of two-level SVM and three-level SVM.
根据多电平SVM调制与载波调制的本质联系,从多电平SVM调制的实现出发分析了两电平SVM和三电平SVM调制波中共模分量的分布。
2) resonance modulus
共振模量
3) resonant component
共振分量
1.
A practical higher mode generalized force spectrum model for lattice towers and improvement of expression for the resonant component
格构塔架的实用高阶广义荷载谱模型与共振分量表达式改进
2.
The resonant component of equivalent static wind load can be formulated in terms of these moda.
大跨度屋盖结构等效静力风荷载中的共振分量确定,包括对结构共振响应的准确计算以及如何将其等效为静力风荷载这两个主要问题。
3.
The responses and equivalent static wind loads are both divided into mean,background and resonant components,and the formulas for these components are given correspondingly.
将结构风致响应分解为平均响应、动力响应的背景分量和共振分量,给出了相应的计算公式;还给出了背景和共振等效静力风荷载的计算公式,提出了等效静力风荷载组合的一种简便方法,并讨论了计算背景分量的QML法和LRC法的差异。
4) covariant component
共变分量
5) common model analysis
共模分析
6) componentwise complementary cycles
分量共轭圈
1.
Problem of componentwise complementary cycles in 2-equilibrium multipartite tournaments (Ⅱ);
2-均匀多部竞赛图的分量共轭圈问题(Ⅱ)
2.
In this paper,based on the definition of componentwise complementary cycles,we have gotten the following result.
论文根据分量共轭圈(componentwisecomplementarycycles)的定义,证明了:如果D是一个正则的n-部竞赛图(n≥4),则D包含一对分量共轭圈C1和C2,除非它同构于T71。
3.
For the complementary cycles problems of multipartite tournaments presents the definition of componentwise complementary cycles,proves the existing problem of componentwise complementary cycles of locally almost regular multipartite tournaments that has at least six vertices and the same partite sets cardinality.
如果D中存在两个不相交的圈C和C′使得对于每一个i∈{1,2,…,n}都有Vi∩(V(C)∪V(C′))≠Φ,则称C和C′是D的一对分量共轭圈。
补充资料：电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
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