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photonic device
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  光子器件
     The integration of photonic device becomes more and more important due to the fast developing optical network.
     光网络的飞速发展,对光信息处理器件的要求越来越高,光子器件的集成变得越来越迫切。
短句来源
     Optical fiber grating is a new - style photonic device, which is applied in sensing and measurement of various pa rameters such as strain and temperature.
     光纤光栅是一种新型的无源光子器件,可用来精确感测纳米量级的微小应变和温度等多种物理量,在光传感领域发挥着重要作用.
短句来源
  光子学器件
     Integrated Polymer Photonic Device Platform
     集成高分子光子学器件平台(英文)
短句来源
  相似匹配句对
     Integrated Polymer Photonic Device Platform
     集成高分子光子学器件平台(英文)
短句来源
     Photonic crystal and photonic crystal passive device
     光子晶体与光子晶体无源器件
短句来源
     Infusion device
     输血输液装置
短句来源
     Photonic Crystals
     光子晶体
短句来源
     Design of the device is perfect.
     该装置设计严谨,温场均匀性好,控温精度高,操作方便。
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  photonic device
These results suggest that caution must be exercised in using reported activation energies to characterize Al-Ga interdiffusion for photonic device fabrication.
      
For photonic device applications, dry or plasma etching is used fin- device isolation, fine-line pattern transfer, and fabrication of optical quality interfaces.
      
Modelling of photonic crystals for the design of photonic device based on SOI substrate
      
The operating energy of this device was much lower than that of a conventional photonic device.
      
This jointly sponsored symposium brings attendees into the forefront of photonic device packaging technology.
      
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The paper is to review the up-to-date progress of the optical fibercommunication systems technology in the whole world.Firstly,it lists the definitetrends of the optical fiber,photonic devices,transmission systems,and coherentcommunications.Then,the paper presents detailed descriptions on the progressof the conventional optical fiber transmission systems,coherent communicationsystem,multi-channel carrier systems,and systems with optical amplifiers.Finally,concluding remarks are given of the prospects for...

The paper is to review the up-to-date progress of the optical fibercommunication systems technology in the whole world.Firstly,it lists the definitetrends of the optical fiber,photonic devices,transmission systems,and coherentcommunications.Then,the paper presents detailed descriptions on the progressof the conventional optical fiber transmission systems,coherent communicationsystem,multi-channel carrier systems,and systems with optical amplifiers.Finally,concluding remarks are given of the prospects for optical fibercommunication technology.

本文对近年国际上光纤通信系统技术的进程作综合性评述。先是概括说明光纤、光子器件、传输系统和相干通信的明显趋向,然后对光纤通信传输系统、相干光纤通信、多路载波光纤通信和光放大光纤通信的研究和应用,分别详细阐述它们的最新动态。文末对光纤通信技术的前景作了预测。

With the development of MBE and MOCVD growth techniques,high quality super-thin epitaxial material can be grown.So energy band engineering associated with super-thin epitaxial layer has become an important subject. It can substantially improve the performance of photonic devices and electronic devices. The applications of energy band engineering to semiconductor lasers is mainly described in the paper.

随着MBE和MOCVD生长技术的发展,已能生长出高质量超薄层的外延材料,使能带工程技术成为目前国内外的热门研究课题。该技术可使光电器件和电子器件的性能得到明显的改进和提高。本文主要论述了能带工程在半导体激光器中的应用。

Properly-doped alkaline-earth sulfides (AES:Ds) are a promising group of versatile phosphor materials for many important optronic and photonic devices, such as HDTV, full-color TFEL panels, and optical information processing elements, etc. One of the key issues to successful practical applications of AES:Ds is to first grow quality XS (X= Ca, Sr, etc) base materials. This paper proposes a new method for preparing XS with which CaS and SrS were successfully synthesized. The also given is a study on the...

Properly-doped alkaline-earth sulfides (AES:Ds) are a promising group of versatile phosphor materials for many important optronic and photonic devices, such as HDTV, full-color TFEL panels, and optical information processing elements, etc. One of the key issues to successful practical applications of AES:Ds is to first grow quality XS (X= Ca, Sr, etc) base materials. This paper proposes a new method for preparing XS with which CaS and SrS were successfully synthesized. The also given is a study on the reaction efficiency of the new technique; the phase purity, chemical and crystallographic characteristics of the materials tailored with the new method. The experimental results indicate that the newly-developed preparing method is more advantageous over the currently widely used method. AES; Synthesis method; Production--Cost

本文利用一种新的制备工艺进行了XS(X=Ca,Sr)基质发光材料的合成;利用X-射线衍射等手段进行了反应效率、产物纯度、化学稳定性和材料的结晶学参数等研究实验结果表明,该方法比目前广泛采用的工艺具备更多优点。

 
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