참고문헌
- Optical Materials S. Musikant
- Epitaxial Silicon Technology P.K. Vasudev;B.J. Baliga(ed.)
- Advanced Crystal Growth PM Dryburgh;P.M. Dryburgh(ed.,et al.)
- Solid-State Laser Engineering W. Koechner
- Nature(London) v.191 A New Technique for the Production of Synthetic Corundum D.A.D. White
- J. Appl. Phys. v.35 Laser Action in Flux-Grown Ruby D.F. Nelson(et al.)
- J. Am. Ceram. Soc. v.49 Habit Modification of Corundum Crystals Grown Molten PbF₂-Bi₂O₃ A.B. Chase
- Sov-Phys. Cryst. v.12 Solublity and Conditions of Growth of Corundum from Molten Fluxes V.A. Timofeeva(et al.)
- J. Am. Ceram. Soc. v.53 Habit Changes of Sappire Grown from PbO-PbF₂ and MoO₃-PbF₂ Fluxes A.B. Chase(et al.)
- J. Am. Ceram. Soc. v.50 no.58 Growth of Large Sapphire Crystals from Cryolite R.H. Arlett(et al.)
-
J. Cryst. Growth
v.24/25
Growth of Corundum Single Crystals from Molten Cryolite(Na₃
$AlF_6$ ) K. Watanabe(et al.) - J. Am. Ceram. Soc. v.43 Determination of the Cryolite-Alumina Phase Diagram by Quenching Methods P.A. Foster, JR.
- Crystal Growth from High Temperature Solutions D. Elwell;HJ. Scheel
- J. Cryst. Growth v.54 Growth of Corundum Single Crystals by Seed Rotating Method K. Watanabe(et al.)
- Crystal Growth from High Temperature Solutions DD. Elwell;HJ. Scheel
- The Growth of Crystals from Liquids J.C. Brice
- Current Topics in Materials Science v.10 I. Sunagawa;E. Kaldis(ed.)
- Crystal Growth from High Temperature Solutions D. Elwell;HJ. Scheel
- Crystal Growth from High Temperature Solutions D. Elwell;HJ. Scheel
- J. Cryst. Growth v.32 Relationship between Habit and Etch Figures of Corundum Crystals Grown from Molten Cryolite Flux K. Watanabe(et al.)