The results show that these reflective phase compensators own some advantages of high - reflectivity , continuous tunable phase compensation etc 分析结果表明，这些反射型相位补偿器都具有反射率极高、相位补偿连续可调等优点。
Secondly , we discuss the convergence of a sort of discrete bsdes and simulate its solutions . finally , we discuss stabilities of dbsdes and drbsdes in numerical calculations 最后，讨论了近似误差在反射型倒向随机微分方程离散解的计算过程中的传播稳定性。
In the third part , we give the theoretical deduction and the experiment setup of the two self reference image holograms of the original objects illuminated by coherent light 第三部分给出了相干光照明物体时形成的两种自参考像全息图：透射型自参考像全息图和反射型自参考像全息图。
By analyzing the phase shifter performance , it can be found that reflective type phase shifter could be used in wide bandwidth application and the performance has met the design specification 分析移相器电路性能发现反射型移相电路可以实现宽带移相应用，电路性能达到设计指标要求。
In order to make new optical devices with photonic crystal , three reflective phase compensators made of 1 - d photonic crystals are investigated with transfer matrix method and numerical value calculation 摘要为了制作新的光子晶体器件，采用传输矩阵法，通过数值计算，研究了3种一维光子晶体制作的反射型相位补偿器。
At the same time we analyzed the effect of enlarged waveguide to the improvement of asymmetrical y - branch optical switch performance . we simulated and analyzed y - branch tir optical switch with enlarged waveguide with fd - bpm 然后用fd - bpm对展宽型y分叉全内反射光开关进行模拟和分析，设计了全内反射型非对称y分叉光开关。
Among kinds of optical waveguides , anti - resonant reflecting optical waveguide is an appropriate choice to the optical waveguide sensors for its low loss , so investigation of it becomes significant 反谐振反射光波导结构又以其能量损耗小的特点成为光波导传感器的合适选择,因此对反谐振反射型光波导传感器的研究具有重要的意义。
Achromatic optical phase retarders can be divided into two main types according to design mechanics , birefringence and total abstract internal reflection . the simple flat - plate birefringent ones have been proved to be ideal by experience 消色差相位延迟器，根据设计的机理不同可以分成两大类：一是全内反射型消色差相位延迟器，二是双折射型消色差相位延迟器。
The theory of the infrared and the infrared sensor was explained before we introduced the principle and configuration of reflected infrared sensor used in this project . then , the whole idea of design was given , the structure of design was designed 在了解红外辐射理论的基础上,阐释了红外线传感器原理,对传感器的基本参数进行分析,同时介绍了反射型红外传感器基本结构与原理。
In this thesis , we design and analyze a novel type of awg device with total internal reflection ( tir ) mirrors based on soi , which has characteristics of polarization compensation and compact structure . this structure is different from the conventional smit awg device 本文提出了一种基于soi材料、具有偏振补偿功能、结构紧凑的全内反射型结构的awg解复用器件，区别于传统的smit型awg器件。
