Investigation of a dielectric waveguide with a variable refractive-index discontinuity at the boundary

Buachidze, Z É; Бусурин, В. И.; Никитин, В. В.; Семенов, А С; Udalov, N P

doi:10.1070/qe1976v006n02abeh010959

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Sensors Using Frustration Of Total Internal Reflection1

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1977

1985

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“…Changes in the refractive index in the waveguide channel or in the outer medium (the latter is frequently more convenient 28 ) under the action of an external perturbation occur in materials with a variable refractive index (electric, magnetooptic, photoelastic, etc.) or by mechanical displacement of the outer medium (replacement with another medium).…”

Section: Sensors Using Frustration Of Total Internal Reflectionmentioning

confidence: 99%

Optical and fiber-optic sensors (review)

Бусурин¹,

Семенов²,

Udalov³

1985

Sov. J. Quantum Electron.

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Kvantovaya Elektron. (Moscow) 12, 901-944 (May 1985)Optical, fiber-optic, and integrated optical sensors of physical effects are reviewed. The sensors are classified in accordance with their operating principle: amplitude, interference, and polarization sensors are considered. Descriptions are given of the construction of the sensors (or of their sensitive elements) which can react to mechanical quantities (displacement, force, acceleration), acoustic vibrations and pressure, electric and magnetic fields, electric current, temperature, angular velocity, etc. Some of their principal characteristics are described. Important parameters of known sensors are presented in a classified reference table.

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Section: Sensors Using Frustration Of Total Internal Reflectionmentioning

confidence: 99%