位置：成果数据库 > 会议 > 会议详情页
High temperature sensitivity fiber sensor based on M-Z interferometer fabricated by suspended dual-c
  • 所属机构名称：哈尔滨工程大学
  • 会议名称：Applied Optics and Photonics, China: Optical Fiber Sensors and Applications, AOPC 2015
  • 时间：2015.5.5
  • 成果类型：会议
  • 相关项目：光纤地震监测机理及其关键技术研究
同会议论文项目
光纤地震监测机理及其关键技术研究
期刊论文 23 会议论文 24 专利 5 著作 1
同项目会议论文
Study on the strain characteristic of fiber-optic flexural disk accelerometer
The LPFG temperature characteristic research based on electric heating method
Optimized Phase Generated Carrier (PGC) demodulation algorithm insensitive to C value
Performance tests of PM optical fiber coupler based on optical coherence domain polarimetry
Research on the bending characteristic of long period fiber grating
The LPFG temperature characteristic research based on electric heating method
Preform rod feeding module of the Optical Fiber Drawing Tower and its algorithm design based on STM3
Research on a method for on-line monitoring the power in microstructure fiber core based on machine
Research on vision-based waveguide alignment of optical fiber
Research on the measurement method of geometric parameters of microstructure fiber end based on mach
Research on a near-lossless and high proportion image compression method based on WCP algorithm
A wavelength division multiplexer based on a cocentric core fiber
Ultra-sensitivity, ultra-large dynamic All-fiber optical coherence domain polarimetry
A novel liquid viscosity measuring approach based on optical trapping technology
Axial strain sensor based on long-period fiber gratings
Online calibration technology and stability evaluation of long- baseline homodyne laser interferomet
Research on the bending characteristic of long period fiber grating
Research on vision-based waveguide alignment of optical fiber
High-sensitivity fiber optic accelerometer based on&
Axial strain sensor based on long-period fiber gratings
Research on Fabrication of Helical-Core Fiber based on the coordinates of the centroid
Research for On-Line Measurement of Optical Fiber Diameter Based on Machine Vision
Research on the performance test for fabrication of helical-core fiber based on the centroid method