| 1. | Ocean front model and modal coupling
海洋锋面模型及其简正波耦合 |
| 2. | An evanescent coupling approach for optical characterization of zno nanowires
纳米线光学特性测试的倏逝波耦合 |
| 3. | Analyzing and calculating nonlinear dynamic action of the three coupled waves
三波耦合非线性动力学行为的分析与计算 |
| 4. | And we also analysis the parameters in the photorefractive two - beam coupling experiment
并对光折变二波耦合实验中一些参数选择进行了分析。 |
| 5. | Three - dimensional simulation of a broadband high - power cw s - band coupled - cavity traveling - wave tube
波段宽带大功率连续波耦合腔行波管3维模拟设计 |
| 6. | Theoretical study of the intensity dependence of two - beam coupling gain coefficient in photorefractive crystals
光折变晶体两波耦合增益系数强度特性理论研究 |
| 7. | Finally , the comparison is made between the photorefractive edge - enhancement and two - beam coupling jtc
本文最后对光折变边缘增强和二波耦合联合变换相关识别进行了比较。 |
| 8. | Experiments of " detuned subharmonic resonance " or " tri - wave coupling " were also carried out with the technique of bicoherence analysis
应用双相干分析技术，还实验研究了“失调亚谐共振”或“三波耦合”非线性过程。 |
| 9. | Sixthly , in the experiment under a pump chopped condition , we found that a chopped pump will weaken the fanning development at the beginning of twm
在斩波调制的两波耦合实验中发现：泵浦光斩波调制将延缓ce ： knsbn晶体中光扇发展。 |
| 10. | It is found that when external electric fields are exploited to enhance the image edge , the edge can be made sharper
发现利用晶体的二波耦合非线性放大原理，实现光学图像的边缘增强时，适当的外电场可使图像边缘增强的效果进一步提高。 |
