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Publications

Publications by José Luís Santos

2004

<title>Evaluation of long-period fiber grating temperature sensors in nuclear environments</title>

Authors
Fernandez Fernandez, A; Rego, GM; Gusarov, A; Brichard, B; Santos, JL; Salgado, HM; Berghmans, F;

Publication
Second European Workshop on Optical Fibre Sensors

Abstract

2004

<title>Measurement of the temperature of an optical fiber submitted to an electric arc discharge</title>

Authors
Rego, GM; Marques, PVS; Salgado, HM; Santos, JL;

Publication
Second European Workshop on Optical Fibre Sensors

Abstract

2004

<title>Simultaneous measurement of strain and temperature based on polarization loss properties of arc-induced long-period gratings</title>

Authors
Frazao, O; Rego, GM; Araujo, FM; Ferreira, LA; Salgado, HM; Santos, JL;

Publication
Second European Workshop on Optical Fibre Sensors

Abstract

2005

<title>Simultaneous temperature and strain measurement based on arc-induced long-period fiber gratings</title>

Authors
Rego, GM; Falate, R; Kalinowski, HJ; Fabris, JL; Marques, PV; Salgado, HM; Santos, JL;

Publication
17th International Conference on Optical Fibre Sensors

Abstract

2004

Evaluation of long-period fiber grating temperature sensors in nuclear environments

Authors
Fernandez, AF; Rego, G; Gusarov, A; Brichard, B; Santos, JL; Salgado, HM; Berghmans, F;

Publication
SECOND EUROPEAN WORKSHOP ON OPTICAL FIBRE SENSORS: PROCEEDINGS

Abstract
We have studied the effect of gamma radiation on Long Period Fiber Grating (LPFG) temperature sensors fabricated in a pure-silica fiber, using the arc discharge technique. The temperature sensitivity of the LPFGs remains unchanged by the irradiation.

2002

Sampled fibre Bragg grating sensors for simultaneous strain and temperature measurement

Authors
Frazao, O; Romero, R; Rego, G; Marques, PVS; Salgado, HM; Santos, JL;

Publication
ELECTRONICS LETTERS

Abstract
A new scheme is presented for simultaneous measurement of strain and temperature using a sampled fibre Bragg grating based on a long period structure written using the electric are technique. The temperature and strain measurement resolutions are estimated to be +/-0.50degreesC/rootHz and +/-3.38 muepsilon/rootHz, respectively.

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