| 1. | Theoretical study of the properties of second harmonic generation in cslib6o
10晶体倍频特性的理论研究 |
| 2. | The conversion efficiency of fourth - harmonic generation ( fohg ) is 14 . 7 %
四倍频转化效率为14 . 7 。 |
| 3. | High - order harmonic generation by relativistic lasers in a maxwellian distributed plasma
分布等离子体中产生的高次谐波 |
| 4. | Harmonic generation crystal
谐波振荡晶体 |
| 5. | Proposed new method to enhance high - order harmonic generation conversion efficiency through atomic coherent states
提出用原子相干态来提高高次谐波效率的新方法。 |
| 6. | Such saturation will reduce the efficiency of the circuitry employing the inductor and is liable to increase noise and harmonic generation
饱和现象会降低电感在电路中应有的效能，由此可能导致电路噪声增大，并产生谐波。 |
| 7. | The key point of structure design and accuracy analysis in precision mount which is needed in the procession to obtain second and third harmonics generation is introduced
介绍了实现倍频和混频过程所需的精密调整架的结构设计要点及其精度分析。 |
| 8. | In the last chapter , a novel method of optical voltage sensing based on second harmonic generation in periodically poled linb03 is proposed
本文最后一部分，从光学电压传感器的原理出发，在周期性极化铌酸晶体倍频效应基础上，提出了一种新的光学电压传感方法。 |
| 9. | In the third chapter , we analyzed the second harmonic generation ( shg ) in theory just like the second chapter and get diffe rent results in different conditions
在本文第三章，如同第二章讨论，对倍频( shg )调谐特性也作了理论计算分析，得到了在各种条件下的不同结果。 |
| 10. | The method for third harmonic generation of large - aperture high - power solid laser is described which is the second nonlinear effect of two cascade crystals in this paper
摘要叙述了大口径高功率固体激光器，利用两块级联晶体的二阶非线性效应，对激光输出进行谐波转换，实现三次谐波输出的方法。 |
