harmonics [hɑ:'mɔniks]

harmonics的基本解释

n.

和声学

harmonics的同义词

n. harmonic

harmonics所属的单词分类

Musical Theory / 乐理 [176]

ritard  ·  minor third  ·  melodic minor  ·  harmonic minor  ·  harmonic major  ·  whole tone scale  ·  whole rest  ·  tenuto  ·  subito  ·  sempre

与harmonics相关的网络例句 [注：此内容来源于网络，仅供参考]

This thesis makes harmonics analysis and simulation to the main electric devices of φ 76 Unit in order to seek solution to harmonics pollution of them. Field harmonics data of operating devices is recorded and compared to simulation results. The two are in good agreement. Then, power filter is designed and added to original circuit.

为了针对这些设备进行有目的、有根据的谐波治理方案设计，本论文对现有的Φ76机组的部分主要电气设备进行了谐波分析和仿真，并且用谐波检测仪器进行了设备处于工作状态之下的现场谐波测试，然后把仿真结果与现场谐波检测结果进行了对比，对比证明了仿真的正确性。

The stress was the study of the new methods of calculation the harmonic voltage and the harmonic current, and a new concept of filter ratio to evaluate the actual effect of single harmonic filter was raised considering the background harmonics. As well, the calculation mode of the single harmonic filter was also given based on the concept of filter ratio; it can offer effect data to evaluate the actual filter ratio of the single harmonic filter. At the same time, a method of designing the single harmonic filter was given, too, considering the background harmonics of the power system. In this paper, both the computer analysis and the proven had been done. And the result was shown to be that the voltage aberration and the harmonic current were decreased, and that the actual filter ratio of single harmonic filter was raised. The reason that we must consider the background harmonics when designing a single harmonic filter was also expatiated in this paper.

重点研究了考虑电网背景谐波下谐波电压、电流的计算方法，提出了用滤波率来评价单调谐滤波器安装容量利用率的概念，基于滤波率，分别给出了不考虑、考虑电网背景谐波时，单调谐滤波器的计算模型，为定量分析和评价单调谐滤波器的实际补偿效果提供了依据：并以此提出了考虑电网背景谐波的单调谐滤波器计算机辅助优化设计方法，并经计算机仿真分析、论证，减少了负载母线谐波电压畸变率和注入系统的谐波电流，有效地提高了单调谐滤波器的滤波效果，阐述了单调谐滤波器的设计过程中要考虑电网背景谐波的理论和实际意义。

The thesis includes the following contents:Firstly, some basic conception of the harmonics is introduced resumptively, main methods and history 、 present situation and development of harmonics measurement and harmonics analysis are summarized.

本文所做的工作如下：首先，概括地介绍了电力系统谐波的一些基本概念，总结了电力系统谐波测量与分析的主要方法以及谐波测量与分析的历史、现状和发展。

与harmonics相关的网络解释 [注：此内容来源于网络，仅供参考]

harmonics：谐波

闪变(Transients)是一种瞬间的具有高爆发的电能,包括浪涌(Surge),谐波(Harmonics)等等. 它存在于几乎所有的电力系统中,无论是家用电力还是工业用电. 这些浪涌是以微秒到微微秒测量的,并且可以高出正常电压的几十倍. 计算机和一些其它电子设备,

harmonics：和声学

其大三和弦(major triad)为样版也可以解决和弦转位(inversion)的问题.如图是最重要的,而第五音(fifth)的重要性则次之,第三音(third)更次之.因此,给予每个音符不同的权重(weight)是有必要的.本系统根据式(2)指定各音为此,本系统分析了和声学(harmonics)里所技术(musi

harmonics：谐音

在没有工具进行调音时,最确实的方法就是使用和谐音(harmonics)调音,这称之为「五琴格调音」,是最简单的方法也就是以吉他本身达到各弦音律和协的一种方式,初学者只要多听多辨识几次音与音之间的协调性不用多久就会.

harmonics：谐频 谐波

下图1即为光谱中颜色与波长的对应关系,而且也显示出某种基频(Fundamental Frequency)例如波长为1064nm 的Nd:YAG紫外光雷射,与其谐频谐波(Harmonics) 之关系.

zonal harmonics：带谐涵数

zonal fiIter 区域泸光器 | zonal harmonics 带谐涵数 | zonal polarizer 环带偏光片