Springer Handbook of Crystal Growth 2010
DOI: 10.1007/978-3-540-74761-1_13
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Laser-Heated Pedestal Growth of Oxide Fibers

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Cited by 21 publications
(38 citation statements)
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“…Currently, there exist three commercially used technologies to produce single-crystal fibres of optical quality. The U.S. producer Photran employs the EFG [5][6], the French company Fibercryst uses the "micro-pulling-down" (µ-PD) technique [7] and the U.S. firm MicroMaterials or University di Pisa utilizes the "laser-heated pedestal growth" (LHPG) method [8].…”
Section: Introductionmentioning
confidence: 99%
“…Currently, there exist three commercially used technologies to produce single-crystal fibres of optical quality. The U.S. producer Photran employs the EFG [5][6], the French company Fibercryst uses the "micro-pulling-down" (µ-PD) technique [7] and the U.S. firm MicroMaterials or University di Pisa utilizes the "laser-heated pedestal growth" (LHPG) method [8].…”
Section: Introductionmentioning
confidence: 99%
“…................................................................................................................ Figura 3.6: Desenho esquemático do puxamento da fibra monocristalina; adaptado de (FEIGELSON, 1986). ............................................................................................................... Figura 3.7: Representação esquemática dos fluxos de calor existentes durante o processo de solidificação, J cond , J rad e o J rad,conv são, respectivamente, os fluxos de calor por condição, radiação e radiativo mais o consecutivo (ANDREETA et al, 2010)…”
Section: Figura 33unclassified
“…Nesta técnica, a fase líquida se mantém presa entre duas regiões sólidas (pedestal e semente) por tensão superficial. O pedestal fornece material para a fase líquida, mantendo a zona fundida com volume constante (ANDREETA et al, 2010). A partir da implantação da técnica LHPG em nosso grupo de pesquisa, o Brasil tornou-se o quinto país no mundo a fazer uso deste importante processo.…”
Section: Organização Da Teseunclassified
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