《JournalofLightwaveTechnology》期刊第2页50条数据

《JournalofLightwaveTechnology》期刊第2页50条数据
《Journal of Lightwave Technology》期刊第2页50条
数据
https:///doc/8514081923.html,academic-journal-foreign_journal-lightwave-
technology_info_11_1/
1.《Dynamic Provisioning of Self-Organized Consumer Grid Services Over Integrated OBS/WSON Networks》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417921.html
2.《Experimental Demonstration of Highly Resilient Wavelength-Switched Optical Networks With a Multivendor Interoperable GMPLS Control Plane》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417922.html
3.《Overlapped-Subcarrier Multiplexing for WDM Passive Optical Networks: Experimental Verification and Mathematical Analysis》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417923.html
4.《A Highly Efficient Computational Model for FDTD Simulations of Ultrafast Electromagnetic Interactions With Semiconductor Media With Carrier
Heating/Cooling Dynamics》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417924.html
5.《Demonstration of Wireless Backhauling Over Long-Reach PONs》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417925.html
6.《All Single-Mode Fiber Mach–Zehnder Interferometer Based on Two Peanut-Shape Structures》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020417926.html
7.《Cross-Diabolo Nanoantenna for Localizing and Enhancing Magnetic Field With Arbitrary Polarization》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418029.html
8.《A 25 Gbit/s Transmitter Optical Sub-Assembly Package Employing Cost-Effective TO-CAN Materials and Processes》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418030.html
9.《Reconfigurable All-Optical OTDM-to-WDM Conversion
Using a Multiwavelength Ultrashort Pulse Source Based on Raman Compression》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418031.html
10.《A General Characterizing Method for Ring Resonators Based on Low Coherence Measurement》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418032.html
11.《Network-Coding-Based Energy Management for Next-Generation Passive Optical Networks》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418033.html
12.《Green Packet Optical Transport Networks (P-OTNs) Based on Photonic PBB-TE Switches and Minimized EEE Overhead》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418034.html
13.《PMD Vector Estimation Through Time-Resolved Waveform Analysis Based
on Ultrafast xy-Field Sampling》
原文链接:https:///doc/8514081923.html,/academic-
technology_thesis/020418035.html
14.《End-to-End Multicore Multimode Fiber Optic Link Operating up to 120 Gb/s》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418036.html
15.《Modal Birefringence Analysis of Strained Buried-Core Waveguides》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418037.html
16.《Investigation on the Phase Noise and EVM of Digitally Modulated Millimeter Wave Signal in WDM Optical Heterodyning System》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418038.html
17.《Mode Classification and Calculation in All-Solid Photonic Bandgap Fibers》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418039.html
18.《Synergetic Effects of Humidity and Temperature on PMMA Based Fiber Bragg Gratings》
原文链接:https:///doc/8514081923.html,/academic-
technology_thesis/020418040.html
19.《Broadband Chromium-Doped Fiber Amplifiers for Next-Generation Optical Communication Systems》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418041.html
20.《Resonant Fiber Optic Gyroscope Using an Air-Core Fiber》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418091.html
21.《Auto Bias Control Technique Based on Asymmetric Bias Dithering for Optical QPSK Modulation》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418092.html
22.《Broadband Mach–Zehnder Switch for Photonic Networks on Chip》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418093.html
23.《Ferroelectric Liquid Crystal Mixture Integrated Into Optical Waveguides》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418094.html
24.《Fabrication of High Glass Transition Temperature Graded-Index Plastic Optical Fiber: Part 2—Fiber Fabrication and Characterizations》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418095.html
25.《Demonstration of a Remotely Dual-Pumped Long-Reach PON for Flexible Deployment》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418096.html
26.《Performance Analysis for Optical OFDM Transmission in Short-Range IM/DD Systems》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418097.html
27.《Simultaneous Measurement of Strain and Temperature by Using a Micro-T apered Fiber Grating》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418145.html
28.《Extending the Sensing Range of Brillouin Optical Time-Domain Analysis Combining Frequency-Division Multiplexing and In-Line EDFAs》
原文链
journal-foreign_journal-lightwave-
technology_thesis/020418146.html
29.《Experimental Research of an All-Polarization-Maintaining Optical Fiber Vector Hydrophone》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418147.html
30.《Photonic Crystal Fiber Interferometer for Dew Detection》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418148.html
31.《Impact of Loss Variations on Double-Ended Distributed Temperature Sensors Based on Raman Anti-Stokes Signal Only》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418149.html
32.《Brillouin Spectrum in LEAF and Simultaneous Temperature and Strain Measurement》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418150.html
33.《Reduction in the Number of Averages Required in BOTDA Sensors Using Wavelet Denoising Techniques》原文链
journal-foreign_journal-lightwave-
technology_thesis/020418151.html
34.《Raman-Assisted Brillouin Distributed Temperature Sensor Over 100 km Featuring 2 m Resolution and 1.2 C Uncertainty》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418152.html
35.《Lab-on-a-Fiber Device for Trace Vapor TNT Explosive Detection: Comprehensive Performance Evaluation》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418153.html
36.《Hybrid TDM/WDM-Based Fiber-Optic Sensor Network for Perimeter Intrusion Detection》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418154.html
37.《The Use of a Fiber Comb Filter Fabricated by a CO Laser Irradiation to Improve the Resolution of a Ratiometric Wavelength Measurement System》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418155.html
38.《Index Guiding Photonic Liquid Crystal Fibers for
Practical Applications》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418156.html
39.《Etched-Core Fiber Bragg Grating Sensors Integrated With Microfluidic Channels》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418157.html
40.《Superstructure Fiber Gratings Via Single Step Femtosecond Laser Inscription》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418158.html
41.《Inspection T echnique for Cleaved Optical Fiber Ends Based on Fabry–Perot Interferometer》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418159.html
42.《Temperature Fiber Laser Sensor Based on a Hybrid Cavity and a Random Mirror》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418160.html
43.《High-Sensitivity Coherent Optical Time Domain
Reflectometry Employing Frequency-Division Multiplexing》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418161.html
44.《Refractive-Index Sensing With Inline Core-Cladding Intermodal Interferometer Based on Silicon Nitride Nano-Coated Photonic Crystal Fiber》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418162.html
45.《Miniaturized Long-Period Fiber Grating Assisted Surface Plasmon Resonance Sensor》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418163.html
46.《Polarization-Dependent In-Line Mach–Zehnder Interferometer for Discrimination of Temperature and Ambient Index Sensitivities》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418164.html
47.《Long-Range Coherent OFDR With Light Source Phase Noise Compensation》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418165.html
48.《Polarization Mode Coupling Involved in a Capillary Optical Fiber Sensor: Modeling and Experimental Validation》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418166.html
49.《Metrological Evaluation of Optical Fiber Grating-Based Sensors: An Approach Towards the Standardization》原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418167.html
50.《Optical Intensity-Type Refractometer for Remote Measurements Via Fiber-Optic Cables》
原文链接:https:///doc/8514081923.html,/academic-journal-foreign_journal-lightwave-
technology_thesis/020418168.html。