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1·The optimized KTP was used for second harmonic generation(SHG) in CW laser.

本文利用改性KTP晶体，进行了纯连续激光倍频实验。

2·Moiré fringe; phase-difference filtering; scanning reticle; high harmonic generation;

莫尔条纹； 相位差滤波； 指示光栅； 高次谐波；

3·The effect of self generated magnetic field on relativisic harmonic generation is analysed.

研究了等离子体在高频调制场作用下 ，形成自生磁场的机制 。

4·It is shown that the three photon ionization will be a limiting process in third-harmonic generation.

指出三光子离化过程使三次谐波转换效率降低。

5·In the third chapter, polaron effects on the third-harmonic generation in square Wells are investigated.

论文的第三章研究了极化子效应对方形量子阱中三次谐波产生的影响。

6·It indicates that the sixth harmonic generation in high vacuum is more preferable than that in low vacuum.

实验结果表明高真空状态对于六倍频相干光的产生比在低真空状态下更为有利。

7·For third harmonic generation our result is in good accordance with the experiment of prestine polyacetylene.

对于三次谐波产生系数得到了与实验一致的结果。

8·The numerical results about the photon statistics of the chaotic light field in third-harmonic generation are given.

数值分析了三次谐波系统在混沌状态下光场的统计特性。

9·The conversion efficiency and the beam quality are two main contents in research of harmonic generation of ultra-short laser.

在超短脉冲激光倍频技术研究中，倍频转换效率和倍频光的光束质量这两个问题一直是研究的核心内容。

10·This model can be used to study the effects of laser frequency, laser intensity and ionization potential of media on harmonic generation.

这种模型可用于研究激光强度、激光频率以及介质的电离能等因素对高次谐波的影响。