1) negative frequency component
负频分量
1.
FFT interpolation algorithm considering the effect of negative frequency component;
考虑负频分量影响的FFT插值算法
2) negative sequence component
负序分量
1.
Design of integrated circuit positive sequence component and negative sequence component filter;
集成电路型正序分量和负序分量过滤器的设计
2.
Principle investigation and simulation research on pilot zero sequence directional protection with compensation of negative sequence component;
基于负序分量补偿的纵联零序方向保护判据与仿真研究
3.
The new scheme uses zero sequence components as operation component and negative sequence components as restraint component to discriminate whether the fault is in the internal or external zone.
提出一种用零序分量做动作量,负序分量做制动量的综合序分量接地距离继电器。
3) massive data flow video load
大流量视频负载
1.
The time delay effect and real-time scheduling strategy of mine industrial Ethernet network,which is under massive data flow video load,was researched.
研究了矿井工业以太网在大流量视频负载下的时延效应和网络通信的实时调度策略。
4) low frequency component
低频分量
1.
To construct low frequency component, well data standardization, environment correction and depth time conversion need to be made.
低频分量的构建要作好井资料本身的标准化、环境校正和深时转换等 ,还要以地质理论为指导 ,顺解释层位横向递推 ,特别要作好遇见断层、岩性突变等情况下的处理。
2.
Improper initial value will result in errors of low frequency component, relative wave impedance and stratum thickness to cause pitfalls of seismic data interpretation.
初位选择不同会出现反演的多解性；初值选择不当，会导致低频分量、相对波阻抗及岩层厚度的错误，产生地震解释的陷附。
3.
It is a low frequency component against the single pole reclosure.
对于综合配置串、并联补偿的输电线路,在某些配置方案情况下,潜供电弧参数中将存在由故障相串联电容通过短路点与并联电抗器放电形成的低频分量,不利于单相重合闸的成功。
5) frequency component
频率分量
1.
The spectral density function was used to distinguish the main frequency components of each indicator.
在建立房地产市场供给类和需求类指标体系的基础上,通过因子分析提取主成分,进而确定两类合成指标;利用谱密度函数来分析合成指标的各主要频率分量,根据谱峰值对合成指标分别进行周期识别。
2.
A Resolution of non-sinusoidal current circuit power frequency is carried out based on the sinusoidal current circuit power frequency theory and the resoluted each frequency component is compared with that of the sinusoidal current circuit s transient frequency.
根据正弦电流电路功率理论的思想，对非正弦周期电流电路功率分量进行分解，将分解后的各频率分量与正弦电流电路瞬时功率各分量比较，分解的分量与正弦电流电路无功功率脉动分量相同性质分量定义为各次频率无功功率脉动分量，同时根据正弦电流电路无功功率的定义思想，定义了各频率无功功率。
6) spectrum component
频谱分量
补充资料：负负
1.犹言惭愧﹑惭愧;对不起﹑对不起。
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