Morphology of gallium orthophosphate crystals grown under hydrothermal conditions

Progress in Crystal Growth and Characterization of Materials

Volumn 40, Issue 1, 2000, Pages 243-251

  Motchany, A I ^a   Chvanski, P P ^a   Leonyuk, N I ^b  

^a Russ Res Inst Synthesis Minerals   (Russian Federation)

^b MOSCOW STATE UNIVERSITY   (Russian Federation)

Author keywords

[No Author keywords available]

Indexed keywords

CRYSTAL GROWTH; CRYSTAL STRUCTURE; MORPHOLOGY; NUCLEATION; OPTICAL MICROSCOPY; PHOSPHORIC ACID; THERMAL EFFECTS;

GALLIUM ORTHOPHOSPHATE; HYDROTHERMAL CONDITIONS;

GALLIUM COMPOUNDS;

EID: 0034610639     PISSN: 09608974     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0960-8974(00)00034-6     Document Type: Article

References (17)

1. 4 quartz - Like materials. J. of Solid State Chemistry, Vol. 110 (1994) N 2, pp.356-362.
2. 4. Etude Comparée des structures de tupe quartz - α. Rev. Chim. Miner., (1983) Vol. 20 (1983) N 3, pp. 338-350.
3. E.Philippot, D.Palmier, M.Pintard and A.Goiffon. A general survey of quartz and quartz - Like materials: Packing distortions, temperature, and pressure effects. J. of Solid State Chemistry, Vol. 123 (1996) N 1, pp. 1-13.
4. P.Yot, D.Palmier, O.Cambon, A.Goiffon, E.Philippot. Crystal growth and characterization of an α - Quartz - Like piezoelectric materials, gallium orthophosphate. Ann. Chim. Sci. Mat., Vol. 22 (1997) N8, pp. 679-682.
5. 4. Ztschr. Naturforsch. A., Vol. 30 (1997) N1, pp.28-34.
6. H. T. Chai, E.Buehler and J.J.Flynn. Hydrothermal Crystal Growing Process and Apparature. European Patent Specification N 0057773. 26. 02. 1986.
7. S.Hirano, K.Miwa, S.Naka. Hydrothermal synthesis of gallium orthophosphate crystals. J. Crystal Growth, Vol. 79 (1986) N1/3, pp. 215-218.
8. 4. J. Crystal Growth, Vol. 71 (1985) N 3, pp. 763-770.
9. A.A.Sternberg, G.S.Mironova, O.V.Zvereva and M.V.Molomina. Structural analogeus of the α - Quartz: Aluminium and gallium orthophosphates. Rost Kristallov, Vol. 17 (1988), pp. 142-149 (in Russian).
10. 4); crysral growth and characterization. J. Crystal Growth, Vol. 130 (1993) N2, pp.195-208.
11. 4 bei 20 °C, 500 °C und 750 °C. Ztschr. Kristallogr., Vol. 168 (1984) N 1-4, pp. 83-91.
12. G.Engel, H.Klapper, P.Krempl and H.Mang. Crowth twinning in quartz - Homeotypic gallium orthophosphate crystals. J. Crystal Growth, Vol. 94(1989) N 3, pp. 597-606.
13. 4 under hydrothermal conditions. Kristallografiya, Vol. 39 (1994) N 4, pp. 717-719 (in Russian).
14. J.M.Stanley. Hydrothermal synthesis of large aluminum phosphate crystals. Ind. and Eng. Chem., Vol. 46 (1954) N 8, pp. 1684-1689.
15. H.Strunz. Isotypie von Berlinit und Quartz. Ztschr. Kristallogr., Vol.103 (1941) N 4, pp. 228-229.
16. 4 isomorphous compounds (M = Al, Ga). J. Crystal Growth, (1996) Vol. 160 (1996) N 2, pp. 268-278.
17. L.I.Tsinober and V.G.Balakirev. Stryctural simulation of the Brazilian twin boundary in α-quartz crystals. Doklady Akademii Nauk SSSR. Vol.259 (1981) N4, pp. 846-850 ( in Russian).