| 1. | A study on dithering problem of shearer ranging arm
设计了一种全内反射透镜 |
| 2. | Asymmetric y - branching tir all - optical switch
分叉全内反射型全光开关 |
| 3. | The design of the awg device with tir mirrors is based on the structure of smit awg device
该全内反射型awg器件的设计是基于smit型awg的基础之上。 |
| 4. | We use wet etching and rie to fabricate the awg device with tir mirrors respectively
采用湿法腐蚀和干法刻蚀两种工艺分别制作出了全内反射型awg器件。 |
| 5. | This device realizes the function of polarization compensation by utilizing the phase difference of te and tm modes reflecting on the tir mirror
该结构利用te ， tm在全内反射镜面反射时相位变化的不同来实现偏振补偿功能。 |
| 6. | 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。 |
| 7. | 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。 |
| 8. | 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。 |
| 9. | When applying an external force on a columnar contact - tip , the corresponding four conical contact - tips will be pressed to the wave - guide plate , which breaks the condition of full inner reflection in the guided wave , and faculae arise because of the leaking light
圆柱触头受外力f作用时，对应的四个圆锥触头将受到挤压，由于光波导路中导波的全内反射条件遭到破坏而产生光泄漏，在波导板上形成光斑。 |
