Now single crystalline fibers became the subject of increasing interest, because of their remarkable characteristics. Due to large length-to-diameter ratio composed with perfect crystal structure and chemical homogeneity, the mechanical and physical properties approach theoretical values. In this work we are interested in grown of single crystal fibers for Laser, optics, non linear optics and Scintillation applications. Beside that, we are trying during this work to develop a new material that have specific thermo-mechanical properties (in particular low loss angle) to be used as a suspension for the mirror in advanced gravitation waves detector in order to decrease the low thermal noise.

Development of Single Crystal Fibers for Optical, Scintillation and Mechanical applications.

Alshourbagy, Mohamed
2006

Abstract

Now single crystalline fibers became the subject of increasing interest, because of their remarkable characteristics. Due to large length-to-diameter ratio composed with perfect crystal structure and chemical homogeneity, the mechanical and physical properties approach theoretical values. In this work we are interested in grown of single crystal fibers for Laser, optics, non linear optics and Scintillation applications. Beside that, we are trying during this work to develop a new material that have specific thermo-mechanical properties (in particular low loss angle) to be used as a suspension for the mirror in advanced gravitation waves detector in order to decrease the low thermal noise.
18-mar-2006
Italiano
Crystal Growth
Loss angle
Micro Pulling down
Optical Crystal
Scintillation crystal
Single Crystal Fibers
Suspension
Thermal noise
Virgo Interferometer
Klimm, Detlef
Tonelli, Mauro
Di Pasquale, Fabrizio
Vetrano, Flavio
Gorini, Giampaolo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/144031
Il codice NBN di questa tesi è URN:NBN:IT:UNIPI-144031