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- Glass_Poling abstract "Poling of glass is the physical process through which the distribution of the electrical charges is changed. In principle the charges are randomnly distributed and no permanent electric field exists inside the glass.When the charges are moved and fixed at a place then a permanent field will be recorded in the glass. This electric field will permit various optical functions in the glass, impossible otherwise. The resulting effect would be like having positive and negative poles as in a battery, but inside an optical fibre.The effect will be a change of the optical fibre properties. For instance glass poling will permit to realize second-harmonic light generation which consists on converting an input light into another wavelength, twice the original radiation. For instance a near infrared radiation around 1030 nm could be converted with this process to the 515 nm wavelength, corresponding to green light.Glass poling also allows for the creation of the linear electro-optic effect that can be used for other functions like light modulation.So, glass poling relies on recording an electric field which breaks the original symmetry of the material. Poling of glass is done by applying high voltage to the medium, while exciting it with heat, ultraviolet light or some other source of energy. Heat will permit to the charges to move by diffusion and the high voltage permits to give a direction to the charges displacement.Optical poling of silica fibers allows for second-harmonic generation through the creation of a self-organized periodic distribution of charges at the core-cladding interface.UV poling received much attention because of the high non-linearity reported, but interest dwindled when various groups failed to reproduce the results.".
- Glass_Poling wikiPageExternalLink watch?v=av0lAlWZ94o.
- Glass_Poling wikiPageID "38157620".
- Glass_Poling wikiPageLength "5244".
- Glass_Poling wikiPageOutDegree "17".
- Glass_Poling wikiPageRevisionID "663423387".
- Glass_Poling wikiPageWikiLink Anode.
- Glass_Poling wikiPageWikiLink Anodic_bonding.
- Glass_Poling wikiPageWikiLink Category:Glass.
- Glass_Poling wikiPageWikiLink Category:Nonlinear_optics.
- Glass_Poling wikiPageWikiLink Cations.
- Glass_Poling wikiPageWikiLink Electric_field.
- Glass_Poling wikiPageWikiLink Electrical_resistivity.
- Glass_Poling wikiPageWikiLink Electrical_resistivity_and_conductivity.
- Glass_Poling wikiPageWikiLink Electro-optic_effect.
- Glass_Poling wikiPageWikiLink High_voltage.
- Glass_Poling wikiPageWikiLink Ion.
- Glass_Poling wikiPageWikiLink Micrometers.
- Glass_Poling wikiPageWikiLink Micrometre.
- Glass_Poling wikiPageWikiLink Nonlinear_optics.
- Glass_Poling wikiPageWikiLink Quasi-phase-matching.
- Glass_Poling wikiPageWikiLink Second-harmonic_generation.
- Glass_Poling wikiPageWikiLink Silica.
- Glass_Poling wikiPageWikiLink Silicon_dioxide.
- Glass_Poling wikiPageWikiLink Sodium.
- Glass_Poling wikiPageWikiLink Ultraviolet.
- Glass_Poling wikiPageWikiLink Ultraviolet_light.
- Glass_Poling wikiPageWikiLinkText "Glass Poling".
- Glass_Poling wikiPageWikiLinkText "Glass poling".
- Glass_Poling hasPhotoCollection Glass_Poling.
- Glass_Poling wikiPageUsesTemplate Template:Multiple_issues.
- Glass_Poling wikiPageUsesTemplate Template:Reflist.
- Glass_Poling subject Category:Glass.
- Glass_Poling subject Category:Nonlinear_optics.
- Glass_Poling hypernym Process.
- Glass_Poling type Election.
- Glass_Poling type Coating.
- Glass_Poling type Dielectric.
- Glass_Poling type Solid.
- Glass_Poling comment "Poling of glass is the physical process through which the distribution of the electrical charges is changed. In principle the charges are randomnly distributed and no permanent electric field exists inside the glass.When the charges are moved and fixed at a place then a permanent field will be recorded in the glass. This electric field will permit various optical functions in the glass, impossible otherwise.".
- Glass_Poling label "Glass Poling".
- Glass_Poling sameAs m.0pk_8xl.
- Glass_Poling sameAs Q5567075.
- Glass_Poling sameAs Q5567075.
- Glass_Poling wasDerivedFrom Glass_Poling?oldid=663423387.
- Glass_Poling isPrimaryTopicOf Glass_Poling.