Conference on Lasers and Electro-Optics 1985
DOI: 10.1364/cleo.1985.thh2
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Controlled growth of single-crystal optical fibers

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Cited by 3 publications
(4 citation statements)
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“…Early work in QPM involved discrete plates of nonlinear crystals, each rotated 1800 with respect to the previous plate, of interest primarily for infrared interactions (169,170). More recently, ferroelectrics with periodic domain structures have been widely exploited for QPM, as sign changes in the nonlinear susceptibility are associated with the domain reversals (171)(172)(173). Crystals with periodic domain struc tures have been grown both by Czochralski and by pedestal growth tech niques, using periodic perturbation of the growth conditions to create periodic compositional variations that in turn drive the domain reversal.…”
Section: Quasi-phasematchingmentioning
confidence: 99%
See 1 more Smart Citation
“…Early work in QPM involved discrete plates of nonlinear crystals, each rotated 1800 with respect to the previous plate, of interest primarily for infrared interactions (169,170). More recently, ferroelectrics with periodic domain structures have been widely exploited for QPM, as sign changes in the nonlinear susceptibility are associated with the domain reversals (171)(172)(173). Crystals with periodic domain struc tures have been grown both by Czochralski and by pedestal growth tech niques, using periodic perturbation of the growth conditions to create periodic compositional variations that in turn drive the domain reversal.…”
Section: Quasi-phasematchingmentioning
confidence: 99%
“…Crystals with periodic domain struc tures have been grown both by Czochralski and by pedestal growth tech niques, using periodic perturbation of the growth conditions to create periodic compositional variations that in turn drive the domain reversal. Most of the work to date has involved LiNb03 (171)(172)(173)…”
Section: Quasi-phasematchingmentioning
confidence: 99%
“…Bien plus tard, avec le développement de procédés de dépôts permettant l'obtention de fibres optiques à base de silice à faibles pertes en transmission [7,8], l'adjonction d'ions de terres rares permettait de réaliser des sources miniatures pompées optiquement [9,10]. Aujourd'hui des efforts sont également menés pour réaliser des fibres optiques cristallines (LiNb03, YAG, Rubis,...) présentant des structures à symétrie de révolution tout en conservant les propriétés cristallines d'orientation, ce qui permet d'envisager la fabrication de fibres lasers [11][12][13].…”
Section: Introductionunclassified
“…Par ailleurs, la conservation des propriétés cristallines permet d'envisager la réalisation de modulateurs électrooptiques ou d'effectuer des opérations de doublage ou de conversion de fréquences à partir d'une onde émise par une diode laser [13] en bénéficiant du fort pouvoir de confinement associé à de telles structures.…”
Section: Introductionunclassified