Demonstration of crystalline forsterite grain formation due to coalescence growth of Mg and SiO smoke particles

Meteoritics and Planetary Science

Volumn 38, Issue 1, 2003, Pages 49-57

  Kaito, C ^a   Ojima, Y ^a   Kamitsuji, K ^a   Kido, O ^a   Kimura, Y ^a   Suzuki, H ^a   Sato, T ^a   Nakada, T ^a   Saito, Y ^b   Koike, C ^c  

^a RITSUMEIKAN UNIVERSITY   (Japan)

^b KYOTO INSTITUTE OF TECHNOLOGY   (Japan)

^c KYOTO PHARMACEUTICAL UNIVERSITY   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

CRYSTALLIZATION; FORSTERITE; MAGNESIUM; METEORITE; SILICATE; SMOKE; SOLAR SYSTEM;

EID: 0042296273     PISSN: 10869379     EISSN: None     Source Type: Journal    
DOI: 10.1111/j.1945-5100.2003.tb01045.x     Document Type: Article

References (38)

1. Darken L. S. and Gurry R. W. 1953. Physical chemistry of metals. New York: McGraw Hill.
2. Evans A. 1993. The dusty universe, New York: Ellis Horwood.
3. Hallenbeck S. L. and Nuth J. A. III. 1998. Mid-infrared spectral evolution of amorphous magnesium silicate smokes annealed in vacuum: Comparison to cometary spectra. Icarus 131:198-209.
4. Hallenbeck S. L., Nuth J. A. III., and Nelson R. N. 2000. Evolving optical properties of annealing silicate grains: from amorphous condensate to crystalline mineral. The Astrophysical Journal 535:247-255.
5. Jäger C., Molster F. J., Dorschner J., Henning T. H., Mutschke H., and Waters L. B. F. M. 1998. Steps toward interstellar silicate mineralogy IV. The crystalline revolution. Astronomy and Astrophysics 339:904-916.
6. Kaito C. 1978. Coalescence growth of smoke particles prepared by a gas-evaporation technique. Japanese Journal of Applied Physics 17:601-609.
7. Kaito C. 1981. Formation of double oxides by coalescence of smoke particles of different oxides. Journal of Crystal Growth 55:273-280.
8. Kaito C. 1984. Electron microscopic study of the alloy particles produced by coalescence of Au and Cu smokes. Japanese Journal of Applied Physics 23:525-528.
9. Kaito C. 1985. Coalescence growth mechanism of smoke particles. Japanese Journal of Applied Physics 24:261-264.
10. Kaito C. and Fujita K. 1986. Growth of crystalline selenium particles by gas evaporation method. Japanese Journal of Applied Physics 25:496.
11. Kaito C. and Saito Y. 1991. Iron sulfide grains produced by
12. Kaito C. 1981. Formation of double oxides by coalescence of smoke particles of different oxides. Journal of Crystal Growth 55:273-280.
13. Kaito C. 1984. Electron microscopic study of the alloy particles produced by coalescence of Au and Cu smokes. Japanese Journal of Applied Physics 23:525-528.
14. Kaito C. 1985. Coalescence growth mechanism of smoke particles. Japanese Journal of Applied Physics 24:261-264.
15. Kaito C. and Fujita K. 1986. Growth of crystalline selenium particles by gas evaporation method. Japanese Journal of Applied Physics 25:496.
16. Kaito C. and Saito Y. 1991. Iron sulfide grains produced by coalescence of Fe and S smoke grains. Journal of Geomagnetism and Geoelectricity 43:493-503.
17. 2. Japanese Journal of Applied Physics 21:1404-1408.
18. Kaito C., Fujita K., and Shiojiri M. 1976. Growth of CdS smoke particles prepared by evaporation in inert gases. Japanese Journal of Applied Physics 47:5161-5166.
19. 2 and FeO grains. Japanese Journal of Applied Physics 26:L965-L967.
20. Kaito C., Watanabe T., Ohtsuka K., and Saito Y. 1992. Experimental demonstration of formation of magnetite and wöstite fine grains. Proceedings, NIPR Symposium on Antarctic Meteorites 5:310-317.
21. Kaito C., Saito Y, Ohtsuka K., and Watanabe T. 1993. A new method for producing ultrafine grains of forsterite and periclase. Journal of Geomagnetism and Geoelectricity 45:103-107.
22. Kaito C., Nakamura H., Sakamoto T., Kimura S., Shiba N., Yoshimura Y., Nakayama Y., Saito Y., and Koike C. 1995. Growth of SiC grains by gas evaporation method and relationship between optical properties and structure of SiC grains. Planetary and Space Science 43:1271-1281.
23. Kaito C., Suzuki H., Izuta S., Tsuda N., Saito Y., Nakada T., and Kimura S. 1999. Spontaneous growth of singular morphology of a comet-like fine particle. Journal of Crystal Growth 200: 271-275.
24. Kimura S., Kaito C., Tamura N., Saito Y., and Koike C. 1997. Experimental studies on correlation between particle shape and infrared absorption of magnesium oxide particles. Antarctic Meteorites 22:85-87.
25. Koike C., Chihara H., Tsuchiyama A., Sogawa H., and Suto H. 2000 The infrared spectra of olivine particles depending on Mg/Fe ratio. Proceedings, 33rd ISAS Lunar and Planetary Symposium. pp. 95-98.
26. Morioka T., Kimura S., Tsuda N., Kaito C., Saito Y., and Koike C. 1997. Structure and infrared spectral changes of silicon oxide grains by heat treatments. Antarctic Meteorite Research 10: 449-457.
27. 2. Antarctic Meteorites 21:125-126.
28. Nagata T., Kaito C., Saito Y., and Funaki M. 1991. Tetrataenite in chondrites and experimental demonstration of formation of tetrataenite fine grains. Proceedings, 4th NIPR Symposium on Antarctic Meteorites. pp. 404-419.
29. Nuth J. A., Nelson R. N., Moore M., and Donn B. 1988. In Experiments on cosmic dust analogues, edited by Bussoletti E., Fusco C., and Longo G. Dordrecht: Kluwer. p. 191.
30. Nuth J. A., Hallenbeck S. L., and Rietmeijer F. J. M. 1999. Interstellar and Interplanetary Grains Recent developments and new opportunities for experimental chemistry. In Laboratory astrophysics and space research, edited by Ehrenfreund P., Krafft C., Kochan H., and Pirronello V.
31. Philips V. A. 1973. Lattice resolution measurement of strain fields at guinier-preston zones in Al-3.0% Cu. Acta Metallurgica 21: 219-227.
32. 2 vapor: Analogs to circumstellar dust. The Astrophysical Journal 527:395-404.
33. Saito Y, Ohtsuka K., Watanabe T. and Kaito C. 1993. Structure of oxide particles produced by the reaction between Mg ultrafine particle and SiO film. Journal of Crystal Growth 128:271-274.
34. Savage B. D. and Sembach K. R. 1996. Interstellar Abundances from absorption-line observations with the Hubble Space Telescope. Annual Review of Astronomy and Astrophysics 34:279-329.
35. Suzuki N., Kimura S., Nakada T., Kaito C., Saito Y., and Koike C. 2000. Correlation between crystallographic structure and infrared spectra of silicon oxide films containing iron or magnesium atoms. Meteoritics & Planetary Science 35:269-1273.
36. Uyeda R. 1987. In Morphology of crystals, Part B, edited by Sunagawa I. Tokyo: Terra. p. 369.
37. Waelkens, C. et al. 1996. SWS observations of young main-sequence stars with dusty circumstellar disks. Astronomy and Astrophysics 315:L245-L248.
38. Waters L. B. F. M. et al. 1996. Mineralogy of oxygen-rich dust shells. Astronomy and Astrophysics 315:L361-L364.