1) lobe coupling
波瓣耦合
2) combined petal lobe
组合波瓣
1.
The projects of the second swirl flow and the combined petal lobe are provided in this paper.
本文提出两种超音速尾喷流的红外抑制方案二次旋流方案与组合波瓣方案 ,并对两种方案共 7组试验件在不同的结构和二次流速度情况下进行了大量重复试验。
3) waves couple
波波耦合
1.
The model of waves couple is a simplified mathematical model for nonlinear physics.
波波耦合模型是从复杂的非线性物理问题中抽象出来的一个简单的数学模型，本文主要是对这一模型进行研究。
4) Coupling tongue-shaped flaps
耦合舌形皮瓣
5) two-wave mixing
双波耦合
1.
Research in SNR of two-wave mixing in photorefractive Cu:KNSBN crystal;
光折变掺铜钾钠铌酸锶钡晶体中双波耦合的信噪比研究(英文)
6) two waves coupling
两波耦合
1.
The influence of the modulation frequency on gain(G) of two waves coupling in Ce:KNSBN crystal is studied.
采用非同时读出条件下晶体两波耦合实验装置,在入射光调制下,研究了调制频率对Ce:KNSBN晶体两波耦合有效增益(G)的影响,结果显示G随调制频率的增大先增大后减小,但入射光波长不同时,G最大值对应的调制频率不同,入射光波长为632。
2.
The beam fanning in Ce:KNSBN crystal versus the incident light parameter was studied by a synchronous data recording system, and two waves coupling and image storage in Ce:KNSBN crystal were investigated with the 532nm or 632.
8nm激光为光源,采用非同时读出条件下的两波耦合实验装置,利用实时数据采集系统,记录了Ce:KNSBN晶体中光扇效应随写入光参量的变化情况,研究了泵浦光调制下的晶体两波耦合及图像存储。
3.
Effect of pump beam polarization on two waves coupling gain was researched by using a non-synchronously-numerating experimental system,and the incident beam wavelength is 532 nm which originates from single frequency solid leaser.
采用非同时读出条件下晶体两波耦合实验装置,以532 nm单频固体激光器为光源,研究了抽运光偏振态对Ce∶KNSBN晶体两波耦合有效增益的影响。
补充资料：耦合波理论
见耦合模理论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条