lightwave

lightwave

1. A 140Mb/s LIGHTWAVE TRANSMITTER FOR DIGITAL COLOUR-TV OPTICAL FIBER TRANSMISSION SYSTEM

140Mb/s数字光发射端机(短波长)

2. In July 2005, the Key Lab. was qualified by experts from MOE and thus set up officially named as the Key Lab. of Optical Communication and Lightwave Technologies (the OCLT Lab.).

2005年07月，顺利通过专家验收，正式开放运行，命名为“光通信与光波技术”教育部重点实验室（北京邮电大学）。

3. 3 J．Burgmeier et．A Black Box Model of EDFA＇s Operating inWDM Systems．J．Lightwave Technol，vol．16，No．7，July，1998

2俞谦，范崇澄．数值模拟掺铒光纤放大器的新方法．中国激光，第26卷，第6期，1999

4. BVH files can be use in your 3D character animation softwares like 3ds max, Poser, Maya, Endorphin, Lightwave, MotionBuilder, iClone and many others.

BVH文件可以在您的3D人物像3ds Max软件，波塞尔，玛雅，内啡肽，光波，MotionBuilder上，动画软件使用iClone等等。

5. NONLINEAR ANALYSES OF LM-DD SCM LIGHTWAVE SYSTEMS

IM－DD SCM光波系统的非线性分析

6. M-DQCA:A Medium Access Control Protocol for Lightwave Networks with Tunable Channel Access

M－DQCA：可调信道访问光波网介质访问控制协议

7. Different lightwave

不同光波

8. Observed on the efficacy of catching mosquitoes by mosquito traps with different lightwave

不同光波捕蚊器对成蚊诱捕效果观察

9. Major Products：Planar Lightwave Circuit Splitter, AWG-arrayed Waveguide Grating, PLC Variable Optical attenuator, Fiber Array, Fiber Accessories VOA Multiplexer.

主要产品：平面波导型光分路器、陈列波导光栅、平面波导型可调光衰减器、光纤陈列、光纤辅件、可调光功率波分复用器等。

10. Because lightwave systems commonly use fibers with randomly varying birefringence, it is important to study how optical pulses are affected by random birefringence changes.

二、由于在一般光通信系统中，所采用的光纤的双折射都是随机变化的，因此研究光脉冲如何受光纤随机双折射变化的影响就变得十分重要。

11. As the main force of the key laboratory, OCC staff is dedicated to striving for the goal - “Forging a national lightwave communications team, and establishing a broad innovation platform”.

作为教育部光通信与光波技术重点实验室的主力军，我们愿为“打造光波通信国家队，构造源头创新大平台”的宏伟目标而努力奋斗！

12. Author Wang Zhi Wu Chongqing Jian Shuisheng （Institute of Lightwave Technology;Northern Jiaotong University;Beijing 100044）;

作者王智;吴重庆;简水生;

13. Analysis of Increasing Stimulated Brillouin Threshold Power in Lightwave CATV Systems

光CATV系统中提高受激布里渊阈值功率方法的研究

14. lightwave transmission system

光波传输系统

15. lightwave spectrum analyzer

光波光谱分析仪

16. lightwave regenerator

光波再生器

17. lightwave converter

光波变换器

18. lightwave technology

光波技术

19. lightwave system

光波系统

20. lightwave network

光波网

21. lightwave fiber

光纤

22. lightwave cable

光缆

23. lightwave communication

光通信

24. Beijing University of Posts and Telecommunications;Beijing 100876;China Key Laboratory of Optical Communication and Lightwave Technologies Ministry of Education （BUPT）;Beijing;100876;China;

光通信与光波技术教育部重点实验室（北京邮电大学）;

25. Semiconductor Optoelectronic Devices for Lightwave Communication

光通信用半导体光电器件

26. lightwave total station

全站仪

27. Keywords Radio-over-Fiber;Millimeter-wave;Bidirectional transmission;Optical Frequency Multiplying;frequency-swept lightwave;Optical Interferometer;Pilot-tone insertion technology;

关键词光纤载射频;毫米波;双向传输系统;光学倍频法;扫频光波;光干涉仪;插入导频法;

28. The techniques to reduce clipping-induced nonlinear distortion in subcarrier-multiplexed externally modulated lightwave systems

副载波复用外调制系统限幅失真抑制技术

29. LOU Shu-qin; JIAN Wei; REN Guo-bin; JIAN Shuisheng（Institute of Lightwave Technology; Beijing Jiaotong University; Beijing 100044; China）;

北京交通大学光波所;北京交通大学光波所北京;

30. Dr. Xie Zenghua; HFC Networks Dept.; Manager; Luster LightWave Crop. NIU Jianjun; Technical Support; Engineer Dr. Yao Yi; General Manager; Luster LightWave Crop.;

北京凌云光子技术有限公司光纤有线电视网络部;北京凌云光子技术有限公司;

31. Li Xun; Chen Genxiang and Jian Shuisheng （Lightwave Tech. Res.Ins.; Northern Jiaotong University; Beijing 100044）;

北方交通大学光波技术研究所;

32. TONG Zhi; TAO Feng; WEI Huai; WANG Mu guang; WANG Zhi; JIAN Shui sheng （Institute of Lightwave Technology; Northern Jiaotong University; Beijing 100044; China）;

北方交通大学光波技术研究所;北方交通大学光波技术研究所北京;

33. , has announced LightWave 9.3.1 is now available as a free 30-day trial for Mac OS X and both 32-bit and 64-bit Windows immediately.

在30天的试用期间用户不会受到任何的限制，可完全享受此软件所拥有的所有功能。

34. Fiber-optic test and measurement on planar lightwave circuit components is the same important procedure as computation and fabrication.

在平面光波器件(PLC)的研制过程中,芯片测试与设计和制作处于同等重要的地位。

35. In most existing literature, the focal field property of arrayed waveguide grating is analyzed only when complex lightwave input from central waveguide, and its method is complicated.

在现有的文献中，大多仅对复合光波从中心波导输入时的阵列波导光栅焦场性质进行分析，而且计算都很复杂。

36. In this case the information source provides an electrical signal to a transmitter comprising an electrical stage which drives an optical source to give modulation of the lightwave carrier.

在这种情况下，信源给发射机提供一个电信号，发射机中的电路驱动光源以实现对光载波的调制。

37. Research on Optical Add Drop Multiplexer Based on Planar Lightwave Circuit Technology

基于平面光波导技术的光分插复用器的研究

38. Development of Multichannel FM SCM Lightwave System

多路FM－SCM光波系统研制

39. multi-hop lightwave network

多跳光网络

40. Artists all over the world say the speed, flexibility, value and control they gain with LightWave throughout the creative process lets them get it done.

它的操作简便，易学易用，在生物建模和角色动画方面功能异常强大；基于光线跟踪、光能传递等技术的渲染模块，令它的渲染品质几尽完美。

41. Design and Computation of the Optical Antenna of a Wide-band Digital Lightwave Communication System

宽带数字光波通信系统光学天线的设计及计算

42. planar lightwave circuit

平面光波光路

43. Planar lightwave circuit (PLC)

平面光波光路芯片

44. planar optical lightwave

平面光波导

45. Research of compensating polarization mode dispersion by planar lightwave circuit optical equalizer

平面光波导均衡器补偿偏振模色散的研究

46. Semiconductor Lasers and Optical Amplifiers for Lightwave Communication Systems

广播通信系统的半导体激光器和光学放大器

47. T. Erdogan, ‘‘Fiber Grating Spectra,’’ J. Lightwave Technol, Vol. 15, pp 1277-1294, 1997.

廖俊杰许文钦孙迺翔林士强刘文丰,‘‘第二阶布拉格光纤光栅之研制,’’

48. Enhaneed Interaction between Lightwave and Microwave in Polymeric Electrooptic Modulators of Local Poling Structures[J].

引用该论文 周毅,邱伟,金国良,陈益新,陈英礼,孙诗瑛.

49. microwave and lightwave

微光波

50. A new 2x2 extended Jones matrix is introduced to calculate the lightwave transmission of a liquid crystal cell.

提出了液晶光波传输2x2扩展琼斯矩阵的简便形式。

51. A new tapered multimode interference (MMI)-based coherent lightwave combiner is reported.

摘要报道了一个新的基于锥形多模干涉的相干光波合波器。

52. A novel fast 2D time domain finite element beam propagation method (FE-TD-BPM) which is used to analyze planar lightwave circuit(PLC) is presented.

摘要提出并建立了一种新型的快速分析平面光波光路器件传输特性的2D时域有限元束传播法(FE-TD-BPM)模型。

53. Y. Oikawa, H. Kuwatsuka, T. Yamamoto, T. Ihara, H. Hamano, T Minami, “Packaging Technology for 10-Gb/s Photoreceiver Module,” Journal of Lightwave Technology, Vol. 12, No. 2 (1994).

施性坤,“雷射焊接技术构装雷射模组之焊后位移研究,”中山大学光电工程所硕士论文,90年6月.

54. Theoretical Study on Nonlinear Distortion in a?Lightwave AM CATV System with EDFA

有光纤放大器的光纤调幅有线电视系统的非线性失真理论研究

55. Lightwave Solutions has developed a novel optical signal processing core technology resulting in a discontinuous innovation in the design of optical transmitter products.

本公司成功研发出一种新型的光信号处理核心技术，是光纤传输产品设计领域中的又一革新。

56. In this paper the nonlinear distortion in a lightwave AM-VSB CATV system with erbium-doped fiber amplifier(EDFA) was studied theoretically.

本文从理论上研究了有掺铒光纤放大器的光纤调幅有线电视系统的非线性失真问题。

57. Alignment and Coupling between Planar Lightwave Circuit Chip and Wedge-Shaped Fiber

楔形光纤与半导体多量子阱平面光波光路芯片的耦合分析

58. undersea lightwave cable

海底光缆

59. NONLINEAR DISTORTIONS OF LASER IN A SCM LIGHTWAVE SYSTEM

激光器非线性失真对SCM光波系统的影响

60. Then we take the character and professionally model, texture, rig, animate and work a little LightWave 3D magic with dynamics.

然后，我们采取的性质和专业模型，纹理，钻机，动画和工作有点光波魔术与三维动态。

61. Design and Fabrication of a Temperature Control Module for Planaar Lightwave Guides

用于平面光波导的控温模块的设计与制作

62. SARLET G, MORTIER G, BAETS R. Control of widely tunable SSGDBR lasers for dense wavelength division multiplexing [ J ]. IEEE J Lightwave Technol,2000

用温度控制可调谐激光器波长稳定的方法--论文摘要--中国光学期刊网

63. The LightWave renderer is first class and infinitely easier to set up and use than any other, not to mention the fact that unlimited render nodes are free.

由于它开放的软体体系和庞大的用户群，吸引了大量的公司为他开发外挂程式，因此有著丰厚的外挂程式群。

64. coherent lightwave communication

相干光波通信

65. S.Ramamurthy,Laxman Sahasrabuddhe,and Biswanath Mukherjee.Survivable WDM Mesh Networks,Journal of Lightwave Technology,vol.21.No.4.April 2003

石兵.宽带传输网络生存性及自愈技术的研究.博士论文,电子科技大学,2003.3

66. system loop lightwave

系统环形光波

67. linear lightwave network

线性光波网

68. Results show that the medium disorder plays an important role in determining the lightwave state.

结果表明：介质无序度对决定光场状态起着重要的作用。

69. Princeton Lightwave, Inc. Manufactures and markets optical modules and subsystems for applications in optical networking and sensing markets.

美国PLI公司(Princeton Lightwave,Inc.)专注于制造和销售应用于光网络和光传感的光电子模块和子系统。

70. Keywords Equipment trouble judgment;working medium （oil）;metal;wear;lightwave detector.;

设备故障诊断;工作油;金属;磨损;分光光度计;

71. Lightwave Solutions, LLC. is a worldwide leader in the design and development of high performance, cost-effective optical components for service providers in the cable and broadband industries.

该公司研发出了一种新型的光信号处理的核心技术，可以不断的对光学转换器的产品进行革新。

72. The signal quality of these two signals under the transmission through the external modulated lightwave are hence studied using the proposed theory.

输入至电光调变器时，这两种型式的电场讯号经过电光调变器的光波传输后，可以使用本论文所提出的理论来研究其讯号的品质。

73. YANG Jian, YANG Li, Xu Chang-Qing and Li Ying-Fu. “Optimization of cladding structure modified long-period grating refractive index sensors”, IEEE/OSA Journal of Lightwave Technology, accepted.

邓兰馨，杨利，钱景仁。“可变折射率材料填充的光子晶体光纤传输谱”,量子电子学报,2006年6月接收。

74. Experimental Observation on the Coupling Characteristics of Tapered and Lensed Fiber and Planar Lightwave Circuit Chip

锥形透镜光纤与平面光波光路芯片的耦合实验

75. Besides Palm, they found five other cases of unambiguously negative stubs in their sample, all technology stocks: UBID, Retek, PFSWeb, Xpedior, and Stratos Lightwave.

除了Palm，他们还找到另外5家：UBID,Retek,PFSWeb,Xpedior和StratosLightwave，无一例外全是高科技公司。

76. Random laser theory is about how lightwave propagates in random gaining media.

随机激光理论研究在随机增益介质中,光波的传播规律。

77. The Isolator Polarization Beam Combiner/ Splitter is a compact lightwave component that combines two polarization beam with otpic isolation into a integrated component.

隔离型偏振光分合路器是耦合两束偏振光及隔离单方向光的复合器件.

78. The Hamiltonian solution of two-level atoms interaction with sounding lightwave field is given by using a new method of LLP transformation in solid state physics.

首次将团体理论中的LLP变换用于处理两能级原子与驻波场相互作用体系的全量子哈密顿量。