In this paper we present the working principle, fabrication and operation of a high performance, but low-cost, polarimetric pressure sensor using standard single-mode fibers. The measurement system exploits the coupling between the two orthogonally polarized fundamental modes in a standard fiber and is based on the direct evaluation of the power variation along a predefined linear polarization. The transducer is made by few loops of fiber sandwiched between two plates and its sensitivity can be tailored by changing the number of loops and position
In this paper, a long-distance distributed pressure sensing system based on a special fiber and usin...
In this work, we demonstrate an extrinsic pressure sensor realized on single mode fiber tip by means...
ii This paper presents the designs and the operational characteristics of a fiber optic pressure sen...
Polarimetric optical fiber sensors exploit the variation in the polarization state of light transmit...
Based on the theory of multimode interference (MMI) and self-image formation, we developed a novel i...
This research shows the possibility of measuring pressure in the range of 0-7 bar and the comparison...
This research shows the possibility of measuring pressure in the range of 0-7 bar and the comparison...
Abstract: We propose a photoelastic pressure sensor using a liquid crystal (LC) tunable fiber polari...
A novel intrinsic fiber optic pressure sensor realized with a polarization-maintaining photonic crys...
Experimental results of applications on a novel intrinsic fiber optic pressure sensor based on multi...
AbstractThis paper presents the design, development and tests made to a fiber optic pressure sensor ...
The experimental results of applications on a novel intrinsic fiber optic pressure sensor based on m...
Applications of Multimode Interference (MMI) effects in optical devices have been increased today du...
21st International Conference on Optical Fiber Sensors, Ottawa, ON, 15-19 May 2011The use of polariz...
A pressure sensor based on Sagnac loop using polarization-maintaining photonic crystal fiber operati...
In this paper, a long-distance distributed pressure sensing system based on a special fiber and usin...
In this work, we demonstrate an extrinsic pressure sensor realized on single mode fiber tip by means...
ii This paper presents the designs and the operational characteristics of a fiber optic pressure sen...
Polarimetric optical fiber sensors exploit the variation in the polarization state of light transmit...
Based on the theory of multimode interference (MMI) and self-image formation, we developed a novel i...
This research shows the possibility of measuring pressure in the range of 0-7 bar and the comparison...
This research shows the possibility of measuring pressure in the range of 0-7 bar and the comparison...
Abstract: We propose a photoelastic pressure sensor using a liquid crystal (LC) tunable fiber polari...
A novel intrinsic fiber optic pressure sensor realized with a polarization-maintaining photonic crys...
Experimental results of applications on a novel intrinsic fiber optic pressure sensor based on multi...
AbstractThis paper presents the design, development and tests made to a fiber optic pressure sensor ...
The experimental results of applications on a novel intrinsic fiber optic pressure sensor based on m...
Applications of Multimode Interference (MMI) effects in optical devices have been increased today du...
21st International Conference on Optical Fiber Sensors, Ottawa, ON, 15-19 May 2011The use of polariz...
A pressure sensor based on Sagnac loop using polarization-maintaining photonic crystal fiber operati...
In this paper, a long-distance distributed pressure sensing system based on a special fiber and usin...
In this work, we demonstrate an extrinsic pressure sensor realized on single mode fiber tip by means...
ii This paper presents the designs and the operational characteristics of a fiber optic pressure sen...