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1·With the extensive application of the transducer in industry, the problems of harmonic interference is getting more and more attention.

变频器在工业生产中的应用越来越广泛，其谐波干扰问题日益引起人们的重视。

2·The equivalent disturbing current, which determines the harmonic interference noise in nearby telephone circuits, is studied systematically.

对衡量直流输电线路电话干扰水平的等效干扰电流标准进行了系统的研究。

3·Classical direct torque control method adopts the technique of 6 polygon flux linkage voltage modulation. It will generate torque pulsation and harmonic interference.

传统直接转矩控制技术采用的六边形磁链电压矢量调制方法，这会引起较大的转矩脉动和谐波干扰。

4·Multiplex rectifier is an important component for power electronics equipments to implement reducing the harmonic interference to electric network and improving power factor.

多重化整流是电力电子变换设备减小对电网谐波干扰、提高设备功率因数所采用的重要方法。

5·The harm of the high degree harmonic wave in power system was introduced and the selection of prevention and the measure of controlling the harmonic interference were put forward.

本文简要介绍电力系统中高次谐波的危害，以及选择的防治、抑制谐波干扰的措施。

6·The basic idea using array sweeping to suppress harmonic interference is to reasonably design each sub-sweeping frequency band that can reach the goal of elimination of harmonic interference.

利用组合扫描压制谐波干扰的基本思想就是合理地设计各个子扫描频宽，达到消除谐波干扰的目的。

7·In this paper, we propose to use a novel adaptive noise canceller with master slave structure (MS anc) to cancel those harmonic interference and Gaussian noise appeared in the electrified railway.

提出采用一种新型的主从结构的自适应噪声对消器(MS - ANC)，解决电气化铁路中的谐波干扰和高斯白噪声对消问题。

8·One approach to minimize this impact is to filter the harmonic currents and the electromagnetic interference(EMI) produced by the power electronic loads.

减小这种影响的一个办法是，将由电力电子负载产生的谐波电流或者电磁干扰滤除。

9·The coordinate equation and noninterferential condition of tooth profiles are used to calculate interference of tooth profiles of the single wave harmonic drive.

运用坐标方程和齿廓不干涉的条件，验算单波谐波传动齿廓的干涉。

10·The inefficient single wave harmonic drive caused by interference of tooth profiles has not been solved by exact theoretical analvsis; Screw is used in the paper as mathematical tool.

齿廓干涉引起单波谐波传动失效的问题迄今没有精确的理论分析方法。