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Tunability of form birefringence induced by femtosecond laser irradiation in anion‐doped silica glass
11
Citations
50
References
2017
Year
Optical MaterialsEngineeringFemtosecond Laser PulsesLaser ApplicationsGlass MaterialAnion‐doped Silica GlassHigh-power LasersForm BirefringenceLaser OpticsOptical PropertiesMaterials SciencePhotonicsPhysicsPhotonic MaterialsOptoelectronic MaterialsLarger BirefringenceFemtosecond Laser IrradiationAbstract Form BirefringenceApplied PhysicsGlass PhotonicsTunable LasersLaser-surface Interactions
Abstract Form birefringence originating from self‐assembly of the bulk nanograting structures in silica glass with various anion dopants (OH, Cl and F) was induced by the femtosecond laser pulses. Despite the almost similar nanostructure, the photo‐induced birefringence can be changed by the anion dopants in glass. Larger birefringence can be induced in silica glass doped with higher Cl ion concentration. Even if F‐doped silica glass indicates lower thermal stability, its lifetime could be evaluated to be at least several billion years.
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