1) integrated planar waveguide
集成平面波导
2) planar waveguide
平面波导
1.
Laser beam addition of planar waveguides with fractional self-imaging
分数自成像平面波导的光束组束
2.
In order to improve the detection sensitivity and increase the response speed of the biosensor,based on the theory of planar waveguide,the zone energies of the evanescent fields in the single mode and multimode of the planar optical waveguide were compared under the same condition by using the principle of the evanescent field applied to the biosensing field.
为提高生物传感探测的灵敏度和响应速度,基于平面光波导理论,运用消逝场原理在生物传感领域的应用,在相同条件下比较了平面波导单模和多模2种模式下消逝场区域能量的大小,并且用VC和M atlab工具模拟论证单模能量高于多模。
3.
GeO2-SiO2 planar waveguide technology is reviewd in this paper in terms of its history andprospects and application in integration optics.
综合论述了GeO_2-SiO_2薄膜平面波导的发展历史和前景以及在集成光学中的应用。
4) integrated optical waveguide
集成光波导
1.
For the requirement of E-field sensor of small dimension and broad bandwidth in EMC test, a practical integrated optical waveguide E-field sensor with an x-cut y-propagating LiNbO3 Mach-Zehnder (M-Z) interferometer structure has been designed and fabricated.
针对电磁兼容测试中对小尺寸大带宽电场传感器的需求,用x切y传iNbO3晶体的M-Z干涉仪结构, 设计并制作了一种实用的集成光波导电场传感器。
2.
Thus, integrated optical waveguide electric field sensor using advance integrated optics technology can be adopted, which makes the whole.
采用先进的集成光学技术构成的集成光波导电场传感器，使得整个电场测量系统变成超小型，并具有稳定、可靠、带宽大、抗电磁干扰及微扰小等特点，此外，可通过光纤连接实现远距离遥控和监测。
5) planar optical waveguide
平面光波导
1.
Effect of post treatment on planar optical waveguide of ion-exchanged phosphate glass;
后处理对离子交换磷酸盐玻璃平面光波导的影响
2.
Through optimization of process technology, we obtained high-quality waveguide film layer and fabricated low-loss planar optical waveguide and AWG devices whose propagation loss is less than 0.
1 dB/cm的平面光波导和阵列波导光栅(AWG)器件。
3.
The key technology and application of planar optical waveguide are analyzed,and different kinds of planar optical waveguide devices including silicon-based silicon dioxide deposition waveguide,LiNbO3 waveguide incorporating a metal film,polymer waveguide,are presented.
分析了平面光波导器件的关键技术及其应用情况。
6) Planar lightwave circuit
平面光波导
1.
Based on the Cesaro means of Fourier series and the mathematical equivalence between structural parameters of the lattice-form and the birefringent interleavers,a new method for designing planar lightwave circuit(PLC)-type lattice-form interleavers is proposed.
根据傅里叶级数的Cesaro方法和格子结构型与双折射型光交错复用器结构参数之间的数学等效关系,提出一种格子结构平面光波导光交错复用器结构设计的新方法。
2.
The Y branch is the fundamental structure in the planar lightwave circuit, and the property of its output is analyzed in this paper.
文章分析了平面光波导 Y分支的输出特性 ,通过优化 Y分支中扩模波导的长度和插入一根适当长度直波导对 Y分支的输出均匀性进行了优化 ,通过这种优化设计可以获得具有均匀输出特性的 Y分
3.
The Y-branch and multimode interferometric (MMI) structure are used in many kinds of planar lightwave circuits, and the symmetrical output of Y-branch or MMI structure takes important role in these apparates.
Y分支和多模干涉结构广泛应用于平面光波导器件中 ,在这些器件中 ,Y分支和多模干涉结构输出对称性具有重要意义。
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