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Distributed optical-fibre sensors
Journal of Physics D: Applied Physics, 1986A distributed optical fibre sensor is described. The sensor uses a sensor fibre (10) having a low or zero intrinsic birefringence that is responsive to an environmental parameter (24) such as pressure. Probe light pulses having a diversity of launch polarisation states are used to reduce signal fading and polarisation dependent loss in the retardation ...
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SPIE Proceedings, 1987
Numerous articles have been written about the many applications for fibre optic sensors and their future potential. However, very few products are yet in volume production.
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Numerous articles have been written about the many applications for fibre optic sensors and their future potential. However, very few products are yet in volume production.
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Optica Acta: International Journal of Optics, 1986
In this paper we review the current state of development of fibre optic sensors, including those based on both monomode and multimode technology. For monomode techniques, a general formalism describing their optical characteristics is developed; electronic processing techniques and noise performance are also considered. Examples of their application in
D.A. Jackson, J.D.C. Jones
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In this paper we review the current state of development of fibre optic sensors, including those based on both monomode and multimode technology. For monomode techniques, a general formalism describing their optical characteristics is developed; electronic processing techniques and noise performance are also considered. Examples of their application in
D.A. Jackson, J.D.C. Jones
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Optics & Laser Technology, 1980
Abstract Fibre optic sensors represent a considerable advance over traditional optical sensors. They do not require an optical free path and have a better resistance to electromagnetic and temperature variations. They are also smaller and cheaper than their predecessors.
M. de Mendez, J.J. Dumont, P. Amberny
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Abstract Fibre optic sensors represent a considerable advance over traditional optical sensors. They do not require an optical free path and have a better resistance to electromagnetic and temperature variations. They are also smaller and cheaper than their predecessors.
M. de Mendez, J.J. Dumont, P. Amberny
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1997
Fibre optics is best known today for its widespread and ever growing application in communication networks around the world, linking continents by undersea fibre cables and forming the backbone of the major communication routes within major nations.
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Fibre optics is best known today for its widespread and ever growing application in communication networks around the world, linking continents by undersea fibre cables and forming the backbone of the major communication routes within major nations.
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1984
The state-of-the-art of optical fibre sensors is reviewed and the principals of operation are detailed. The characteristics of acoustic, magnetic, gyro, laser diode and other sensors are described. Achievable performance and limitations are discussed and a description of technology used to fabricate the sensor is presented.
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The state-of-the-art of optical fibre sensors is reviewed and the principals of operation are detailed. The characteristics of acoustic, magnetic, gyro, laser diode and other sensors are described. Achievable performance and limitations are discussed and a description of technology used to fabricate the sensor is presented.
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