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wavelength windows
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  波长窗口
     The paper contains two portions. Firstly, it explains the development of various kinds of optical fibers, including the standard single mode fiber (SMF), dispersion shifted fiber (DSF), and non zero dispersion fiber (NZDF), it also explains the operating wavelength windows, including 1.31μm window, 1.55μm window, and the newly proposed 1.40μm window.
     本文分两部分:先介绍光纤的研制发展过程,讲到标准单模光纤(SMF)、色散移位光纤(DSF)和非零色散光纤(NZDF),又讲到单模光纤的几个波长窗口,主要是1.31μm 、1.55μm 和最近开辟的1.40μm 窗口;
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     The experiment indicates that CWDM technique can be implemented at the two wavelength windows simultaneously.
     实验证明 ,CWDM技术可以在两个波长窗口同时实现
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  “wavelength windows”译为未确定词的双语例句
     The overlapping profiles of analytical lines and interference lines were obtained by scanning four solutions(blank,analyte,Eu matrix,and Gd matrix,individually) within the selected wavelength windows(0 2 nm for each analytical line). Some new emission lines of Eu and Gd were observed. The obtained information of spectral interferences would be very useful for the selection of the best analytical lines for the determination of REEs in the other REEs matrices.
     利用光栅刻线为 3 60 0条 /mm的顺序扫描高分辨率ICP AES光谱仪研究了铕 (Eu)和钆 (Gd)分别作为基体时对其他 14个稀土元素共 66条“首选分析线”的光谱干扰情况 ,获得了相应的光谱干扰轮廓和其他光谱干扰信息 ,为选择不同稀土基体中的稀土元素最佳分析线提供了有益的参考依据
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     To expand the scale of the network, two kinds of network interface cards have been designed using laser diodes at the 850nm and 1300nm wavelength windows respectively.
     为实现网络规模的扩展 ,本文同时在 85 0nm和130 0nm窗口设计了两种光纤网卡。
短句来源
     It is capable of detecting single photon on telecom wavelength windows around 1300 nm and 1550 nm to apply InGaAs/InP avalanche photodiodes to the Geiger mode. When avalanche photodiodes are operated in the gated mode to quench the avalanche,the single photon detector for 1550 nm is accomplished by using the magic-T junction to reduce the spike noise.
     将InGaAs/InP雪崩光电二极管应用于盖革模式下,采用门脉冲模式淬灭雪崩,并使用魔T混合网络抑制尖峰噪声,实现了通信波段1550 nm的单光子探测。
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  相似匹配句对
     Optimizing of Windows
     Windows的优化
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     The release of Windows.
     Windows.
短句来源
     In the wavelength 171(?)
     用磁控溅射制备了171(?)
短句来源
     (dielectric wavelength).
     (介质中波长)的基片仍是适用的。
短句来源
     The experiment indicates that CWDM technique can be implemented at the two wavelength windows simultaneously.
     实验证明 ,CWDM技术可以在两个波长窗口同时实现
短句来源
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  wavelength windows
We just have to use different wavelength windows for each constituents and add corresponding number of peeling loops.
      
The fluorescence wavelength windows for different dyes were well separated to ensure no breach-through from one dye to another.
      
For doped silica fibers, the attenuation minima are in the 1300 nm and 1550 nm wavelength windows.
      
Different pump wavelengths allow gain to occur at new wavelength windows, opening up new amplification windows for the future.
      


The advantage of the definition for m. f. d (mode field diameter) given by K. Petermann is stated in this paper, and a far-field mask measuring system established accrding to the definition is introduced. Considering the practical transparence of different areas on a mask plate, we have modified the calculation formula of m. f. d given in some foreign literatures. This system can easily be applied to determine m. f. d of monomode fibres at the low-loss wavelength windows of 1.3μm and 1.55μm by means of...

The advantage of the definition for m. f. d (mode field diameter) given by K. Petermann is stated in this paper, and a far-field mask measuring system established accrding to the definition is introduced. Considering the practical transparence of different areas on a mask plate, we have modified the calculation formula of m. f. d given in some foreign literatures. This system can easily be applied to determine m. f. d of monomode fibres at the low-loss wavelength windows of 1.3μm and 1.55μm by means of the formula derived in this paper.

本文阐述了关于模场直径(m.f.d)的Petermann第二定义的优越性,介绍了由这一定义建立的远场掩膜测试系统;考虑到掩膜板各部分的实际透过率,修正了国外文献中m.f.d的计算公式,可以迅速、方便、准确地测定1.3μm和1.55μm处单模光纤的m.f.d。

The fabrication and characterization of epitaxial InAsPSb/InAs mid-infrared (1-3.2μm)photodetectors optimised for room temperature operation at the low loss wavelength window offluoride fibre is reported. Detectivity of 4×10~9 cm Hz~(1/2)/W at 2.6μm and transient response timeof 1.2 nS(FWHM) at zero bias have been achieved at room temperature on the photodetectorswith PIN mesa structure.

本文报告了采用外延工艺研制的InAsPSb/InAs中红外(1—3.2μm)光电探测器.该器件为台面型结构,响应波长与氟化物光纤的低损耗窗口相匹配,在室温零偏压条件下峰值探测率达4×10~9cmHz~(1/2)/W,瞬态响应时间为1.2ns(FWHM).

The paper contains two portions. Firstly, it explains the development of various kinds of optical fibers, including the standard single mode fiber (SMF), dispersion shifted fiber (DSF), and non zero dispersion fiber (NZDF), it also explains the operating wavelength windows, including 1.31μm window, 1.55μm window, and the newly proposed 1.40μm window. Secondly, the paper describes the different applications of various optical fibers, including the large capacity and long distance terrestrial...

The paper contains two portions. Firstly, it explains the development of various kinds of optical fibers, including the standard single mode fiber (SMF), dispersion shifted fiber (DSF), and non zero dispersion fiber (NZDF), it also explains the operating wavelength windows, including 1.31μm window, 1.55μm window, and the newly proposed 1.40μm window. Secondly, the paper describes the different applications of various optical fibers, including the large capacity and long distance terrestrial line, submarine cable, metropolitan communication line, CATV transmission line, and data transmission line in the premises.

本文分两部分:先介绍光纤的研制发展过程,讲到标准单模光纤(SMF)、色散移位光纤(DSF)和非零色散光纤(NZDF),又讲到单模光纤的几个波长窗口,主要是1.31μm 、1.55μm 和最近开辟的1.40μm 窗口;然后介绍光纤的各种不同应用,包括大容量、长距离的陆地干线、海底光缆、大城市通信线路、有线电视线路和屋内通信网线路

 
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