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Vol 54 Iss. 2
Pages:
25-37
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RUS
Article

To morphology of growth and dissolution bodies of crystals

Authors:
V. N. Voytsekhovsky
V. A. Mokievsky
Date submitted:
1967-08-10
Date accepted:
1967-10-15
Date published:
1967-11-15

Abstract

According to the law of formation of crystal dissolution bodies formulated by W. Goldschmidt and F. Wright [Goldschmidt, Wright. 1904], the angles and vertices on the dissolution body of a crystal correspond to the poles of the faces present during its growth; the edges to the zones of the faces. This law is cited by A. E. Fersman [1955] as a rule by which the forms of crystal growth should be distinguished from the forms of dissolution. In 1958, F. Frank showed that if the dissolution (growth) rate is a function only of the orientation of its surface, then during dissolution (growth) of a crystal, a point on the surface of a given orientation has a rectilinear trajectory directed perpendicular to the surface of the polar diagram of inverse dissolution (growth) rates of the crystal at the corresponding point.

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References

  1. Vernadsky V. I. On the combinational hatching of crystal faces. Proc. of the Academy of Sciences, dept. of Phys.-Mat. Sciences, No. 10, 1907.
  2. Voytsekhovsky V. N. To the question about the symmetry of sodium nitrate. Miner, coll. Lvov Geological Society, No. 2, 1966.
  3. Voytsekhovsky V. N. A simple way of realization of the planetary method of crystal growth. PAMS, pt. 92, vol. 5, 1963.
  4. Voytsekhovsky V. N., Mokievsky V. A. Forms of dissolution of crystals. PAMS, pt. 93, vol. 2, 1964.
  5. Voytsekhovsky V. N., Mokievsky V. A. Some questions of interrelation of growth and dissolution of crystals. PAMS, pt. 94, vol. 1, 1965a.
  6. Voytsekhovsky V. N., Mokievsky V. A. Manifestations of crystal inhomogeneities during regeneration and dehydration. Crystallography, vol. 10, iss. 3, 19656.
  7. V oytsekhovsky V. N., Mokievsky V. A. On the peculiarities of dissolution bodies of crystals. PAMS, pt. 95, vol. 5, 1966.
  8. Kaishev R., Nenov D. On Wolfe's theorem for crystals with helical dislocations. In Proceedings of Crystal Growth, No. 5. PH of the USSR Academy of Sciences, 1965.
  9. Mikheev V.I., Shafranovsky I.I. Rib forms of crystals. Miner, coll. Lvov Geological Society, No. 9, 1955.
  10. Mokievsky V. A. Planetary method of crystal growth. PAMS, pt. 77, vol. 2, 1948.
  11. Fersman A. E. Crystallography of diamond. PH of the AS USSR, 1955.
  12. Goldschmidt V., Wright F. K. Neues Jahrb. Min. Geol. Pal. Bd. 18, 1904.
  13. Frank F. C. Growth and perfections of crystals. N. Y. - Ldn., 1958.
  14. Egli P. H. Growth and perfections of crystals. N. Y. - Ldn., 1958.
  15. Ellis S. G. J. Appl. phys., 25, 12, 1954.
  16. Hartman F. Acta cryst., 8, 1, 1955.
  17. Herring O. Phys. rev. vol. 82, № 1, 1951.

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