| 1. | In monolithic integrated optics, all optical functions must be obtained in a single material .
在单片集成光路中，必须在单一材料中获得全部的光学功能。 |
| 2. | The growth processes of liquid-phase epitaxy will be discussed in some detail, as crystal growth is a necessary step for the realization of integrated optics using .
再略为详细地讨论液相外延生长过程，因为晶体生长是实现集成光路使用的必不可少的一个环节。 |
| 3. | Integrated optics - near - field - measurement for single - mode optical chip components
集成光路.单模式光学芯片元件的近场测量 |
| 4. | The various components based on photonic crystals made the photonic integration promising
基于光子晶体的各种结构使得集成光路成为可能。 |
| 5. | The developing successfully of the device put forward a new train of thought for the developing in depth of mioc
它的成功研制为多功能集成光路器件的深入研究,提出了一种新的思路。 |
| 6. | Energy transfer between continuous channels is very important to wavelength division multiplexed ( wdm ) and integral circuit . it can be used in some fields , such as optical communication
双通道之间能量的转移，对于波分复用器、集成光路等有着重要的意义，可以应用于光通信等领域。 |
| 7. | In order to compensate the optical loss , active optical waveguide devices which can amplify optical signals should be integrated on integrated optical circuit . rare earth is important in making active optical devices
集成光路或者集成光学器件中为了弥补光信息处理和传输过程中的光损耗，需要集成能够起放大光信号作用的平面有源光波导元件。 |
| 8. | In this thesis , the research work of a new type multifunction integrated optical circuit device ( mioc ) used in singal processing of ifog is described through parameter theoretical design and technological process . its working wavelength is 1 . 3 m
本文基于linbo _ 3衬底材料,从参数理论设计和工艺设计方面介绍了一种用于干涉型光纤陀螺( ifog )信号处理的新型多功能集成光路器件( mioc )的研制工作。 |
| 9. | One notable feature of this material is that itsmovement can be controlled if people want to . because of its unique characteristics , high - performance optical devices which have new theories or can not be produced previously can now be produced using pcs
由于其独特的性质,光子晶体可以制作全新原理及以前所不能制作的高性能光学器件,如光子晶体光纤、微谐振腔、品质优良的滤波器、集成光路等。 |
| 10. | The basic theory of the integrated optics is waveguid optics , the technical basic is thin film technology and microelectronics . with the development of the second and third generations fiber optics gyroscopes , it promotes greatly the development and application of the multifunction integrated optical circuit device ( mioc )
集成光学研究的是平面光学器件和平面光学系统的理论、技术与应用,其理论基础是导波光学,技术基础是薄膜技术和微电子技术。随着第二和第三代光纤陀螺的发展,大大地促进了多功能集成光路器件的发展和应用。 |
