1) guided wave structure
导波结构
1.
Efficient numerical analysis of guided wave structures by compact FDFD with PVL method;
用紧凑格式频域有限差分法和PVL技术分析导波结构的有效方法(英文)
2) waveguide structure
波导结构
1.
A core-cladding waveguide structure of lithium niobate single crystal fiber is achieved by using MgF_2 firstly as a diffusion source for Mg-ion indiffusion.
首次利用ＭｇＦ_２作为镁离子内扩散源以实现铌酸锂单晶光纤的芯－包层波导结构，此包层晶纤比未包层晶纤的损耗降低约１０倍。
2.
Aiming at the high-power laser,the vertical far-field divergence angle was reduced by the very narrow waveguide and the mode expanding waveguide structures,a simplified model of the far-field distribution of quantum-well lasers with a very narrow waveguide structure and the theoretical value of the vertical divergence angle were achieved,the vertical divergence angle was reduced to 2.
针对大功率激光器讨论了极窄和模式扩展波导结构方法减小垂直方向远场发散角,得到了极窄波导结构量子阱激光器远场分布的简化模型,获得了垂直发散角的理论值,垂直方向远场发散角减小为28。
3) waveguide
['weivɡaid]
波导结构
1.
Based on manufacture,performance test and analy- sis of different optical fiber waveguides,the relationships between waveguide and loss,MFD,bend loss,waveguide disper- sion are deduced respectively.
通过对不同应用的光纤波导结构的制造、性能测试和分析,指出了波导结构设计与光纤衰减、模场直径、弯曲损耗和波导色散等的关系。
2.
Waveguide is the basic component of integrated optics,and it also plays an important roll in the manufacture of optical devices.
近年来关于波导激光的研究也成为一个热点,而它的必经之路就是在激光晶体上形成波导结构。
4) analogue waveguide configuration
类波导结构
1.
As a result,an analogue waveguide configuration of metal-transparent film-absorption substrate,which can accommodate a series of resonant modes,is formed due to a bigger reflectivity on the absorption substrate for the small angle of incidence.
对生长于强吸收衬底上的透明薄膜,提出在该薄膜上镀一层薄金属,形成金属-薄膜-强吸收衬底的类波导结构。
6) planar waveguide structure
平面波导结构
1.
A hybrid method,which combines the line method with the method of equivalent transmission lines, for calculating the dispersion of planar waveguide structures is presented.
采用直线法与等效传输线法相结合的方法分析了平面波导结构的色散特性。
补充资料：波导通信(见毫米波通信)
波导通信(见毫米波通信)
wave guide communication
bodao tongxin波导通信(wave guide communieation)见毫米波通信。
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