Fiber-based - Globe Thesis

Keyword [Fiber-based] Result: 61 - 80 \| Page: 4 of 7
61.	Research On Theory And Key Techniques In Millimeter-wave Over Fiber Based On Digital Signal Processing
62.	Researches On The New Technology Of The Ultra-short Pulse Fiber-based Amplification System
63.	Study On All-fiber Format Single-frequency Tm-doped Fiber Laser And Intra-cavity Optical Fiber Sensing Technology
64.	Investigations On The Fundamental Theory And Key Techniques Of Multicore Fiber Based Spatial Division Multiplexing Optical Transmission System
65.	Study Of Special Optical Fibers And Fiber-based Optical Vortex
66.	Coupled Local-Mode Theory For Photonic Crystal Fiber Based Long Period Grating
67.	Theoretical And Experimental Investigation On The Surface Modified Micro-nano Optical Fiber Based Temperature And Gas Sensors
68.	The Preparation Of Fiber Based Organic Electrochemical Transistors And Its Application In Biosensor
69.	Research On Coaxial Dual-waveguide Optical Fiber Based Modal Interferometer And Its Sensing Characteristics
70.	Polarization Convertion In Optical Fiber Based On Metasurface
71.	Side-polished-fiber Based Surface Plasmon Resonance Sensor Enhanced By Dielectric Film
72.	Improved Radio-over-fiber-based Distributed Antenna System With Spatial Diversity For Passive UHF RFID
73.	A Design For Measuring The Speed Of Light In Fiber Based On FPGA
74.	Characteristic Study Of All-solid Fiber Based On Linear Array Structure
75.	Micro-nano Structure Devices With Photonic Crystal Fiber Based On Surface Plasmon Resonance
76.	Hollow Optical Fiber Based Microring Optofluidic Laser For Concentration Detection And Array Application
77.	The Beat-length Measurement And Sensing Of Polarization-maintaining Few-mode Fiber Based On Polarized Interference
78.	Research On Optical Fiber Based Stable Radio Frequency Transmission
79.	Design Of Transmitter And Receiver Module About Radio Over Fiber Based On Generalized Frequency Division Multiplexing
80.	Research On Multi-aperture Receiver With Fiber-based Coherent Beam Combining
<<First <Prev Next> Last>> Jump to