给出了用一个系统满足各种不同发光强度、不同调制波形、不同调制频率的要求，以及在制造和使用过程中应注意的事项。
The requirements of different luminous intensities, different modulation waveforms and different modulation frequencies are met by one system, the attentions in manufacture and use arc also indicated.
分析了不同偏压条件下声光强度调制的波形失真。
Wave distortions in the intensity modulation on different bias conditions have been analyzed.
研究了铁磁材料的晶粒度与巴克豪森噪声的强度和波形特征参数之间的关系。
The relationships between the grain size of ferromagnetic material and the strength and waveform characteristic parameters of Barkhausen noise (BN) were studied.
分别讨论改变脉冲力的冲击强度和冲击波形时对系统减振效果的影响。
The affect of system shock absorber are also part-discussed by changing impact strength of pulse force and impact waveform.
外加电场的强度和极性对稳态屏蔽光伏明孤子的空间波形有显著的影响。
The intensity and polarity of the applied field have a remarkable influence on the wave shape of steady state bright screening-photovoltaic optical soliton.
另一是由高能脉冲激光释放电子，记录预放电电子电流波形来确定混合气体的临界电场强度。
And the other is to use the recordings of the electron current waveforms in the gas mixtures studied in a discharge chamber.
阐明了任意波形控制法和任意波形控制法点焊新工艺是解决焊点强度高又无飞溅这一对矛盾的有效途径。
The new spot welding technics of arbitrary waveform control is an effective approach to solve the contradiction of gain high strength joint but without splash.
二次谐波强度自相关法是被广泛使用的超短光脉冲波形测量的方法。
And the second-harmonic intensity auto-correlation method is widely used to measure the ultrashort pulse wave.
通过分析得到整个电机电磁场的分布及波形近似为正弦的气隙磁感应强度，分析结果有助于对电机进行优化设计和控制。
A approximately sine waveform air-gap magnetic field density can be gained based on the analysis of the whole electromagnetic field. The results are helpful to optimization design and control.
结果表明：除了非线性强度、吸收外，衍射是另一个影响非线性超声束冲击波形成的重要因素。
The results reveal that besides the nonlinearity and absorption, the diffraction is another important factor that affects the shock formation of an ultrasound beam.
根据所得曲线波形计算出相应条件下的层裂强度、层裂片厚度以及各自的应变率，最后得到层裂强度随拉伸应变率变化的关系曲线。
According to the curve, the spall strength, the thickness of spall scab and the tensile strain rate under different condition were obtained.
给出了用一个系统满足各种不同发光强度、不同调制波形、不同调制频率的要求，以及在制造和使用过程中应注意的事项。
The requirements of different luminous intensities, different modulation waveforms and different modulation frequencies are met by one system, the attentions in manufacture and use arc als...
给出了用一个系统满足各种不同发光强度、不同调制波形、不同调制频率的要求，以及在制造和使用过程中应注意的事项。
The requirements of different luminous intensities, different modulation waveforms and different modulation frequencies are met by one system, the attentions in manufacture and use arc als...
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