奇次谐波的英文

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"奇次谐波"怎么读用"奇次谐波"造句

英文翻译手机版

odd harmonic

"奇"英文翻译 strange; queer; rare; uncomm ...
"次"英文翻译 order; sequence
"奇次谐波测试" 英文翻译 : test odd
"奇次谐波函数" 英文翻译 : odd-harmonic function
"奇次谐波失真" 英文翻译 : odd harmonic distortion
"奇次谐数" 英文翻译 : odd harmonic
"次谐波" 英文翻译 : submultiple
"n次谐波" 英文翻译 : nth harmonic
"超高次谐波" 英文翻译 : ultra harmonics
"次谐波比" 英文翻译 : nth harmonic ratio
"次谐波触发" 英文翻译 : subharmonic triggering
"次谐波共振" 英文翻译 : subharmonic resonance
"次谐波频率" 英文翻译 : subfrequency; subharmonic frequency
"次谐波响应" 英文翻译 : subharmonic response; subharmonic-response
"次谐波噪声" 英文翻译 : noise, sub-harmonic; sub-harmonic noise
"次谐波振荡" 英文翻译 : subharmonic oscillation
"次谐波振动" 英文翻译 : subharmonic oscillation; subharmonic vibration
"第三次谐波" 英文翻译 : third harmonic
"二次谐波" 英文翻译 : quadratic component; second harmonics; secondary harmonic
"高次谐波" 英文翻译 : harmonics of higher order; high order harmonics; high order wave; high orderharmonic; higher harmonic wave; higher harmonics; higher-order harmonics; ultraharmonics; upper harmonics
"偶次谐波" 英文翻译 : even harmonics; even order harmonics; even-order harmonic
"三次谐波" 英文翻译 : third harmonics; triple frequency harmonic; triple harmonics; triple-frequency harmonics; triple-harmonic; triple-phase
"五次谐波" 英文翻译 : quintuple harmonics
"一次谐波" 英文翻译 : first harmonic; first-harmonic; primary harmonic
"亚谐波曾用名“次谐波”" 英文翻译 : subharmonic

例句与用法

This is fairly commonly utilized , and affects the line frequency component ( and odd harmonics )
这种作法已经被广泛应用，并可以用以改善市电频率成分（包括奇次谐波。）
Our study indicates that intensity of odd - order harmonic generation decreases , even - order harmonic generation appears and the hhg spectrum exhibits a double - plateau structure in the presence of a static electric field
研究表明，静电场加入后，奇次谐波的强度有所降低，并且谐波谱中出现偶次谐波和双平台结构。
Secondly the detection precision is only related to the synchronization phase but not to the amplitude of the mainline voltage because that it uses the optimized pulses synchronous with the mainline voltage as modulation signals . thirdly it decreases the requirement of the input low pass filter and eliminates the error resulting from the direct component and even harmonics of load current . the most significant merit is that it can eliminate the effect of a few low order odd harmonics and the detecting circuit is easy to be implemented
仿真和实验结果表明该方法的主要优点有：不需使用乘法器进行信号调制，调制信号采用与电网电压同步的优化特定脉冲，其检测精度只与同步相位有关，而与电网电压幅值无关；降低了对输入低通滤波器的通频带要求，直流和偶次谐波分量对检测精度没有影响；突出的优点是可以消除有限个低奇次谐波对检测结果的影响。