Jose Luis Cruz-Muñoz

Prof. Jose Luis Cruz-Muñoz

Departamento de Física Aplicada y Electromagnetismo, Universitat de ValEncia, Valencia, Spain
orcid

Research Focus & Metrics

Academic Career Length

36Years (1991-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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5 July 2006 in Journal of Lightwave Technology
Verified
Journal Article
Closed access
JMJ. Mora
J. Mora
BOBeatriz Ortega
Beatriz Ortega
ADAntonio Diez
Antonio Diez
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz
Miguel V. AndrésMiguel V. Andrés
Miguel V. Andrés
DPDaniel Pastor
Daniel Pastor
The authors present the theoretical analysis and experimental demonstration of a novel single-bandpass tunable microwave filter. The filter is based on a broadband optical source and a fiber Mach-Zehnder interferometer and shows a high Q factor over a tuning range of 5-17 GHz. A generalized analysis considering that the optical signal propagates along optical delay lines with a dispersion slope different from zero is presented.

1 January 2006 in Optics Express
Verified
Journal Article
Closed access
PDF file
YBYuri Barmenkov
Yuri Barmenkov
DZDobryna Zalvidea
Dobryna Zalvidea
STSalvador Torres-Peiró
Salvador Torres-Peiró
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz
Miguel V. AndrésMiguel V. Andrés
Miguel V. Andrés
In this paper, we describe the properties of Fabry-Perot fiber cavity formed by two fiber Bragg gratings in terms of the grating effective length. We show that the grating effective length is determined by the group delay of the grating, which depends on its diffraction efficiency and physical length. We present a simple analytical formula for calculation of the effective length of the uniform fiber Bragg grating and the frequency separation between consecutive resonances of a Fabry-Perot cavity. Experimental results on the cavity transmission spectra for different values of the gratings’ reflectivity support the presented theory.

8 June 2012 in Optics Express
Verified
Journal Article
Closed access
PDF file
TBT. A. Birks
T. A. Birks
BMB. J. Mangan
B. J. Mangan
ADAntonio Diez
Antonio Diez
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz
DMD. F. Murphy
D. F. Murphy
Fibre Bragg gratings are written across all 120 single-mode cores of a multi-core optical fibre. The fibre is interfaced to multimode ports by tapering it within a depressed-index glass jacket. The result is a compact multimode “photonic lantern” filter with astrophotonic applications. The tapered structure is also an effective mode scrambler.

1 December 2000 in IEEE Photonics Technology Letters
Verified
Journal Article
Closed access
JMJ. Mora
J. Mora
ADAntonio Diez
Antonio Diez
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz
Miguel V. AndrésMiguel V. Andrés
Miguel V. Andrés
A magnetostrictive sensor head with temperature compensation has been developed for measurement of static magnetic fields. The device consists on two different alloys with similar thermal expansion coefficient one of which has a giant magnetostriction, the expansion of both materials produced by heat and magnetism is detected by two fiber gratings. One of the gratings measures the temperature of the sensor and the difference between the wavelengths reflected by the gratings is a measurement of the magnetically induced strain.

1 March 2001 in Sensors and Actuators B: Chemical
Verified
Journal Article
Closed access
ADA. Dı́ez
A. Dı́ez
Miguel V. AndrésMiguel V. Andrés
Miguel V. Andrés
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz

11 May 1995 in Electronics Letters
Verified
Journal Article
Closed access
MXM.G. Xu
M.G. Xu
LDL. Dong
L. Dong
LRL. Reekie
L. Reekie
JTJ.A. Tucknott
J.A. Tucknott
JCJose Luis Cruz-Muñoz
Jose Luis Cruz-Muñoz
A novel, temperature-independent strain sensor is demonstrated using a chirped fibre grating in a tapered optical fibre. The effective bandwidth of the grating is uniquely dependent on strain and is essentially temperature-independent. The interrogation simply involves monitoring the back-reflected intensity from the grating. A strain resolution of 0.1% over a strain measurement range of 4066 µɛ has been experimentally achieved.