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Vol 12 Iss. 1
Pages:
95-142
Download volume:
RUS
Article

X-ray examination of some standard minerals and products of of melted rocks

Authors:
V. N. Dubinina
Date submitted:
1938-07-30
Date accepted:
1938-09-17
Date published:
1939-04-20

Abstract

The aim of the present work which was begun after a similar work of V. Michelev (1) was to obtain the standard x-ray powder diffraction patterns of minerals and to determine the mineralogical composition of melted rocks by means of x-ray examination. The methods of optical determination of the mineralogical composition of the melted rocks are not always satisfactory, and therefore the x-ray examination is for the present time a irreplaceable. The x-ray powder method may be applied for the determination of the mineralogical composition of a casting and x-raying is to used to disclose their defects. In order to identify the x-ray diffraction patterns of melted rocks with known minerals we had to obtain as many films of these minerals as possible. By means of the x-ray powder method we have received the diffraction patterns of the following minerals: almandine (Fe₃Al₂Si₃O₁₂), grossular (Ca₃Al₂Si₃O₁₂), actinolite H₃Ca₈(Mg, Fe)₅(SiO₃)₈, hornblende (OH, F)₂ (Na, Ca, K, Mn)₂₋₃ (Mg, Fe, Ti, Mn, Al)₅ (Si, Al)₆O₂₂, synthetic spinel (MgAl₂O₄) and two of melted rocks. In order to avoid some experimental errors in the investigation of minerals it was necessary to have the diffraction patterns of pure specimens and those of specimens with admixture of rock salt (NaCl).

Область исследования:
(Archived) Articles
Funding:

None

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References

  1. V.I. Mikheev. - "Standard Debyegrams of cast stone minerals." (in Russian)
  2. Menzer. "Die Kristallstruktur der Granate“. Zeitschrift fur Kristallographie V. 69, Iss. 3/4, p. 300-396, 1929.
  3. Doelter. "Handbuch der Mineraldhemie" V. II, 2, p. 883, 1914.
  4. B. Warren. -- "The Structure of Tremolite H2Ca2Mg5 (SiO3)8. Zeitschrift f. Krist. V. 72, Iss. 1, p. 42-57, 1929.
  5. B. Warren. -- "The Crystal Structure and chemical Composition of the Monoclinic Amphiboles". Zeitschr. f. Krist. B. 72, Iss. 5/6. P. 493, 1929.
  6. K.H. Scheumann u. W. Lüdke.-- "Über Hornblendesynthese bei niederen Drucken". Abdruck, 1933.
  7. F. Rodolico. -- "L'acquanella tremolite del Monte Spinosa nel Campigliese". Atti Reale Academia Rendiconti, Roma Vol. XVI (6) No. 12, 1932.
  8. D. Belyankin - “Essays on the petrography of the Ilmen Mountains.” News of the Polytechnic Institute Izvestiya Politekhnicheskogo instituta, vol. XII, No. I, p. 158. (in Russian)
  9. E.Kordes -- "Kristallochemische Unterkuchungen über Aluminum Verbindungen mit spinellartigem Gitterbau und über Fe2O3“. Zeitschr. f. Krist. V. 91, iss. 3/4, pp. 193-22, 1935.
  10. E.F. Alekseev and A.K. Boldyrev. - "X-ray study of artificial phlogopites." Notes of the Mineralogical Society Zapiski Mineralogicheskogo Obshchestva, II series, part 64, issue. I, pp. 80-107, 1935. (in Russian)
  11. A.N. Zavaritsky. -- “Recalculation of chemical analyzes of igneous rocks”, ONTI, 1933. (in Russian)
  12. Chemist's Companion to based on the Chemikal Kalender for 1935, vol. I, p. 13, Khimteoret., 1935. (in Russian)
  13. Merritt P.L. "The identification of jade by means of x-ray diffraction patterns." Am. Min. 17. 497-508, 1932.

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